Art, Design, & Social Innovation for Social Sustainability and Cultural Heritage Publication
| Auhtor | Program | Title | Abstract | Details |
|---|---|---|---|---|
| ACHMAD MUNIR, DWIKI HARYANTO, ICHSAN NUSOBRI, LEVY OLIVIA NUR | Art, Design & Social Innovation for Social and Cultural Sustainability | Implementation and Experimental Characterization of Dual-Band Wearable Reflector Composed of AMC Structure for Wireless Communication | This paper presents an implementation of a dual-band wearable reflector composed of an artificial magnetic conductor (AMC) structure and its characterization through experimental measurement. The proposed wearable reflector, which is meant for wireless communications, comprises 3x3 AMC unit cells. Each unit cell comprises a square patch and a square ring patch with gaps placed in a concentrically organized pattern. An RT/Duroid® RO3003 dielectric substrate with a thickness of 0.5 mm is employed for the design and implementation. Meanwhile, a printed dipole antenna as an inseparable part of the wearable reflector is also deployed on the same dielectric substrate. This configuration, i.e., a printed dipole antenna and a wearable reflector, is expectable to operate at two different frequency bands or dual-band, covering the required frequencies of wireless communications while maintaining its compact size and simple configuration. Experimental characterization is applied to validate the proposed design, in which the results demonstrate the ability of configuration to work at two frequency responses, namely 2.45 GHz band, and 3.35 GHz band. | Paper Link |
| ADAM TSANY MAGRIFAGHIBRAN, DHARU ARSENO, RIZKY SATRIA | Art, Design & Social Innovation for Social and Cultural Sustainability | Design of Microstrip Array Antenna with Beamforming Capability for 5G Communication | The fifth generation technology (5G) is a wireless network technology that offers access at very high data rates and greater capacity. One important element in realizing 5G technology is the antenna. Antennas with beamforming capabilities are one of the keys to 5G technology. Beamforming itself is an antenna's ability to direct the radiation patterns produced with certain characteristics. Based on previous research, antennas with beamforming capabilities can produce higher gain and wider bandwidth. In that study, antennas with high gain cause the value of SINR to increase, so that the resulting throughput is also higher. One type of antenna that can be used for 5G technology is a microstrip antenna. However, microstrip antennas have several disadvantages, including bandwidth and small gain. At present, the 28 GHz frequency is the most developed 5G frequency candidate. In this research, a microstrip antenna designed with beamforming capability can work at a frequency of 28 GHz. The antenna designed is an 8×8 MIMO array antenna arranged linearly. An array of antennas is carried out in order to increase the antenna gain. The antenna that has been designed is then performed beamforming simulation. The beamforming simulation is done by adjusting the phase difference at each antenna excitation. The desired beam characteristic is that it can point to 60 degrees with a beam width ≤ 30 degrees. The simulation results show that the antenna is able to work in the frequency range of 27.07 GHz - 28.77 GHz at a return loss limit of less than -10 dB with a bandwidth of 1.7 GHz and a gain value of 20.1 dB. Meanwhile, the beamforming simulation results by providing a relative phase difference between excitation of 45 degrees and 90 degrees, resulting in a radiation pattern with a beam characteristic approaching as desired. Setting the phase difference between excitation by 45 degrees produces a beam that leads to 61 degrees, with a beam width of 34.4 degrees. Meanwhile, the phase difference setting between excitation of 90 degrees produces a beam that leads to 64 degrees, with a beam width of 35.8 degrees. | Paper Link |
| ADE ROSA MULYANASARI, AKHMAD HAMBALI, BRIAN PAMUKTI | Art, Design & Social Innovation for Social and Cultural Sustainability | Frameless Coded Slotted ALOHA Scheme with Frequency Domain-Extended on NLOS Visible Light Communication Channel | The development of wireless communication media has made Radio Frequency (RF) communication media no longer efficient, especially in the development of 5G networks. So that there is Visible Light Communication (VLC) technology by uses a visible light source that can be a source of lighting as well as a communication medium that can be used on 5G networks with a higher frequency spectrum and bandwidth than RF. This study focuses on the throughput and Packet Loss Rate (PLR) values based on the offered load value when it reaches the threshold using Frameless CSA (Coded Slotted ALOHA). In addition, this study uses the Frequency Domain-Extended (FDE) method to increase the frequency or degree that will be used during the decoding process. This research uses the FDE value of K=1,2,3, with Non-Line of Sight (NLOS) channel models. The value of K is the number of additional frequency or degree values during the decoding process later. Based on the simulation results and research analysis, it shows that using the FDE method on NLOS channels, increases throughput by 61% and decreases PLR by 40%. Thus, the FDE method on frameless CSA can reduce the possibility of packet collisions. | Paper Link |
| ADITYA EKA BAGASKARA, SETYORINI, AULIA ARIF WARDANA | Art, Design & Social Innovation for Social and Cultural Sustainability | Performance Analysis of Message Broker for Communication in Fog Computing | In this research, performance testing is performed between the two most popular message brokers, which commonly used in the enterprise, namely RabbitMQ and Apache Kafka in the fog computing environment. REST API is a method that implements the HTTP protocol and commonly used in the Internet of Things as a communication media between devices. Hence the performance will degrade when the amount of request is abundant and less reliable due to its synchronous communication. By using a message broker as the medium of communication between devices in fog computing, each connected device will not rely on each other and will make the message delivery more guaranteed. By reason, this research will implement a message broker for communication between devices in fog computing. Today there are many message brokers developed by various companies or communities. Choosing an unsuitable message broker can cause performance degradation, which results in a chaotic IoT system. The test results show that Apache Kafka has a higher throughput than RabbitMQ when the message size is calculable. However, when the message size is myriad, RabbitMQ is much better because the bottleneck of disk I/O usage occurred in Kafka. Nevertheless, in latency testing, RabbitMQ is always better even though the difference is not too far. This testing can also be concluded that the use of message broker in fog computing that extends the cloud computing architecture proven effective in implementing the IoT system. | Paper Link |
| ALFAJRI TSAQIFURROSYID, MIA ROSMIATI, MOCHAMMAD FAHRU RIZAL | Art, Design & Social Innovation for Social and Cultural Sustainability | Image Transmission Using Visible Light Communication In Data Communication | The development of network communication technology is currently developing rapidly, one of which is the use of LED lights that are not only used as lighting in the room but can also be used as a medium of data communication between users through light media. VLC is the latest innovation in the field of data communication that is currently being developed where the process of sending data used light media.. The simulation of sending data using VLC can be done on the transmitter and receiver side by using Visual Studio application as an application that can visualize the process of sending data. By using this system the process of sending data every bit from transmiiter to the receiver can be seen so that the success rate of sending data can be easily seen by the user. system used arduino Uno as microprocessor. From the test results obtained the success rate of displaying images sent by the transmitter is 100% with a maximum distance of 50 cm with an image capacity of 20 KB with a delivery time of approximately 30 minutes. | Paper Link |
| ALHAMDI SYUKRA | Art, Design & Social Innovation for Social and Cultural Sustainability | On the Design of Optimal Soft Demapper for 5G NR Wireless Communication Systems | The fifth telecommunication generation new radio (5G NR) modulations enable transmissions to have high data rates although in the environments having large channel distortions and noise. However, the third generation partnership project (3GPP) only standardized the mapper of 5G NR, but left the design of demapper for the industries. This paper proposes an optimal soft demapper for all 5G NR modulations for better performances and practical implementations. The proposed soft demapper is optimized in terms of minimum bit-error rate (BER) subject to the limited practical soft values required by the hardware. We conduct a series of computer simulations to evaluate the performances of the proposed soft demapper without and with soft decoder. The simulation results confirmed that the proposed 5G NR demappers provide excellent performances without error-floor as expected by the theoretical BER curve performances for the case of without channel coding and more than 5 dB gain without error-floor for the case of decoding using soft decoders of convolutional and repetition codes. These results are expected to provide contribution to the development of practical 5G NR receivers. | Paper Link |
| AMINAH INDAHSARI MARSUKI, AKHMAD HAMBALI | Art, Design & Social Innovation for Social and Cultural Sustainability | Performance of Visible Light Communication Bit Error Rate with Power Allocation Strategy | Visible Light Communication (VLC) is a communication system that uses visible light as its transmission medium to transmit information signals with Light Emitting Diode (LED) and LASER light sources using visible light between 400 THz (375 nm) to 800 THz (780 nm). VLC has several advantages over the use of radio frequencies in a system. Performance analysis is needed to prove these advantages. Performance analysis was carried out using a mathematical computational simulation using google colab with the python programming language. By taking into account the power allocation (?) strategy in the form of gain ratio power allocation (GRPA) and static power allocation (SPA). The interesting thing from this research is that the power allocation in the VLC system greatly influences the resulting performance. So, it can be locked that the SPA power allocation strategy can be adjusted by producing ?? = 1 and finding the optimal BER value in the range of 10-6 to 10^-3. | Paper Link |
| ANDRY ALAMSYAH, ANDRY ALAMSYAH, MADE KEVIN BRATAWISNU, PUPUT HARI SANJANI | Art, Design & Social Innovation for Social and Cultural Sustainability | Finding Pattern in Dynamic Network Analysis | Internet and social media changes the way human act and make social interaction daily. The accumulated of human social interaction form large scale unstructured data that possibly store timely knowledge. Social Network Analysis (SNA) methodology can be used to perform knowledge extraction from those unstructured data. SNA also provide the way to model user interaction pattern in social media. The majority research regarding user interaction pattern is in the form of static model, but in real-world, the interaction dynamically evolves. Hence, we use Dynamic Network Analysis (DNA) to study network dynamic structure during the observation time. In this research, we present analysis of user interactions evolution on social media, specifically in Twitter. As case study, Indonesia e-commerce and the telecommunication businesses are used for the reason of both are having high dynamic interactions market. User interactions is modeled as networks that are annotated with the time markers. Our finding is there are difference network properties during weekday and weekend, thus provide promotion pattern opportunity. The result allows us to understand the network properties phenomenon over the time, that leads to actionable effort such as when the exact time to do product promotion for business organization. | Paper Link |
| ANDRY ALAMSYAH, DIAN PUTERI RAMADHANI | Art, Design & Social Innovation for Social and Cultural Sustainability | The Dynamic of Banking Network Topology Case Study: Indonesian Presidential Election Event | Information and communication technologies have brought major changes in data storage and processing. Various types and high volume of data has been digitalized and support mining-based data processing to provide knowledge in a modern and efficient way. Banking transaction data has been stored digitally and suitable for the mining process especially in network science model. Understanding transaction system risk requires fundamental study on payments flow and bank behavior in various situations. Lehman Brother’s failure spread contagion impact in a short time indicates that financial markets have interdependent properties and connected to each other in a large network. Thus, overall system network approach becomes more important than a single bank. Political conditions greatly affect economic stability including the banking and financial sectors. Presidential election is a major political event for a nation. This affected on community sentiment and financial market. However, the linkage between political events and topological changes is poorly understood. This research presents an insight of the event driven dynamic network topology with banking transaction as a case study. We search for the banking transaction network topology dynamic driven by 2014 Indonesian presidential election event. We discover that banks are more engaged to others in larger value 3 days before the end of campaign period and less engaged to others in smaller value in the end of campaign period. Unique transaction activity between banks remain stable with low declination in the end of campaign period. This scenario provides the possibility to learn the banking transaction pattern and support the financial system stability supervision. | Paper Link |
| ANDRY ALAMSYAH, NURLISA LAKSMIANI, LIES ANISA RAHIMI | Art, Design & Social Innovation for Social and Cultural Sustainability | A Core of E-Commerce Customer Experience Based on Conversational Data Using Network Text Methodology | E-commerce provides an efficient and effective way to exchange goods between sellers and customers. E-commerce has been a popular method for doing business, because of its simplicity of having commerce activity transparently available, including customer voice and opinion about their own experience. Those experiences can be a great benefit to understand customer experience comprehensively, both for sellers and future customers. This paper applies to e-commerces and customers in Indonesia. Many Indonesian customers expressed their voice to open social network services such as Twitter and Facebook, where a large proportion of data is in the form of conversational data. By understanding customer behavior through open social network service, we can have descriptions about the e-commerce services level in Indonesia. Thus, it is related to the government's effort to improve the Indonesian digital economy ecosystem. A method for finding core topics in large-scale internet unstructured text data is needed, where the method should be fast but sufficiently accurate. Processing large-scale data is not a straightforward job, it often needs special skills of people and complex software and hardware computer system. We propose a fast methodology of text mining methods based on frequently appeared words and their word association to form network text methodology. This method is adapted from Social Network Analysis by the model relationships between words instead of actors. | Paper Link |
| APNAN JUANDA, WILLY ANUGRAH CAHYADI, ANGGA RUSDINAR, DENNY DARLIS | Art, Design & Social Innovation for Social and Cultural Sustainability | Indoor Positioning System Infrastructure Based on Triangulation Method through Visible Light Communication | Autonomous mobile robots are widely used in industry to help human’s work, but the concept has a weakness, that is robot still does not know its position in a room so it can not detect whether the robot has been at destination point. The technology commonly used to determine the position of objects is the Global Positioning System (GPS). However, GPS does not detect objects that are indoors. Previous research used Wi-Fi as a reference for designing an indoor positioning system, but the system could not determine the position in detail because Wi-Fi could only detect object zones. Based on these problems, this research will propose the infrastructure prototype design of an indoor positioning system based on Visible Light Communication (VLC). The main focus of this research is designing a VLC transmitter and receiver system, estimating the distance between the receiver and transmitter based on the received signal strength, and estimating the receiver's position using the triangulation method based on a minimum of 3 distance estimates. The estimating distance system get average accuracy is 76.47%. The estimated accuracy of the x-coordinate position has the best accuracy is 77.05% and the y-coordinate estimate has the best accuracy is 86.54%. | Paper Link |
| ARINI FITRI, KHOIRUL ANWAR, FAN ZHOU, BRIAN M. KURKOSKI | Art, Design & Social Innovation for Social and Cultural Sustainability | Encoding and Decoding Construction D??? Lattices for Power-Constrained Communications | This paper focuses on the encoding and decoding of Construction D' coding lattices that can be used with shaping lattices for power-constrained channels. Two encoding methods and a decoding algorithm for Construction D' lattices are given. A design of quasi-cyclic low-density parity-check (QC-LDPC) codes to form Construction D' lattices is presented. This allows construction of nested lattice codes which are good for coding, good for shaping, and have low-complexity encoding and decoding. Numerical results using E8, BW16 and Leech lattices for shaping a Construction D' lattice indicate that the shaping gains 0.65 dB, 0.86 dB and 1.03 dB are preserved, respectively. | Paper Link |
| ARYA MAULANA IBRAHIMY, BUDI IKHWAN FADILAH, DHARU ARSENO, BRIAN PAMUKTI | Art, Design & Social Innovation for Social and Cultural Sustainability | Performance Of Underwater Audio Transmission Based On Underwater Visible Light Communication (Uvlc) | Currently, underwater communication is limited to sign language or additional tools such as a blackboard. Underwater voice communication itself is still becoming resistant due to acoustic waves, which have a propagation distance far but only have a small data rate (about kbps), and Radio Frequency (RF) which has a very short propagation distance, but with a high data rate (range up to Mbps). Underwater Visible Light Technology Communication (UVLC) was initiated to replace the role of waves carrier because besides having a long propagation distance, it also has a high data rate (up to Gbps). This research has tested the indoor and underwater channel tools with artificial seawater media. The transmitter uses Light Emitting Diode (LED) Super bright green LED or 500 nm wavelength, and the receiver uses a Positive Intrinsic Negative (PIN) photodiode of type BPW34. The experiment test scenario includes increasing the propagation distance and changing the angle. The output of this research is in the form of power received in dBm, internal sound level decibels a-weighting (dBA). After extensive testing, the result shows that the devices performance was stable, both indoor and underwater analysis. We also prove that the value of the received power and the sound level for excellent communication on the indoor channel is-6 dBm and 98.8 dBA. In addition, in the underwater channel, the value of transmit power and sound level is obtained at-10 dBm and 86.6 dBA. | Paper Link |
| ASTRI WULANDARI, NACHWAN MUFTI ADRIANSYAH, VINSENSIUS SIGIT WIDHI PRABOWO | Art, Design & Social Innovation for Social and Cultural Sustainability | Greedy Based Radio Resource Allocation Algorithm with SARSA Power Control Scheme in D2D Underlaying Communication | Device-to-Device (D2D) underlaying communication system is a solution in reducing the workload of eNodeB and increasing the system data rate. This communication system consists of two users, namely Cellular User Equipment (CUE) and D2D pair, where CUE will share its resources with the D2D pair. This sharing resources also causes interference and should be managed using the resource allocation algorithm. In this work, the resource allocation scheme occurs in a single cell with an uplink communication direction. The resource allocation process uses greedy and joint greedy algorithms. After CUE allocates all of its resources, SARSA algorithm performs the power allocation process. The resource allocation process involves the scheduled CUE and D2D pair. After all the resource and power are allocated, parameter performance of the system is calculated. Based on the work results, joint greedy algorithm with power allocation using SARSA algorithm have performance results 1.375 × 107 bps/Watt in energy efficiency, 43.105 bps/Hz in spectral efficiency, and 0.993 in D2D fairness index. | Paper Link |
| BAMBANG ARI WAHYUDI, PRASTI EKO YUNANTO, DEDY RAHMAN WIJAYA, MUHAMMAD TAQQYYUDIN ILHAM RAMADHAN | Art, Design & Social Innovation for Social and Cultural Sustainability | Strengthening the Integrity of Forwarding-First Communication Using Forward Key Chain and Bloom Filter in the Wireless Sensor Networks | Wireless Sensor Networks (WSNs) are collections of sensor nodes that can help people monitor things wirelessly, replacing the need for human presence in hard-to-reach areas. While forwarding first communication reduces communication delays among the sensor nodes, it lacks a security mechanism. Since sensor nodes have limited resources, using complex security measures can shorten their lifetime. This study proposes a protocol modification for forwarding first communication using a forward keychain and Bloom Filter Vector (BFV). The sender is required to send a BFV in every message exchange. The process of sending the BFV is separated to increase the size of the message payload in each communication. The results show that while the communication overhead and verification time increase to an acceptable level, the message payload is larger and message integrity is guaranteed. | Paper Link |
| BAMBANG PUDJOATMODJO, AMIR HASANUDIN FAUZI, TIO AHMAD MULUK, DENDY SYAHREZA MAULANA, BAMBANG PUDJOATMODJO, SAZILAH BINTI SALAM | Art, Design & Social Innovation for Social and Cultural Sustainability | Utilizing Digital Storytelling Structure For Developing An Electronic Traditional Game Gobak Sodor | Gobak Sodor is a traditional game that came from Indonesia. Gobak Sodor is also known as a different name in Indonesia and Malaysia, such as Panjang tangan in Riau-Sumatra, Asing in Makassar, Galah Asin in West Java, and Galah Panjang in Malaysia. Gobak Sodor is a game that is played in two groups and has a rule that one group must prevent the opponent through the line back to back. However, Indonesia's open area has gradually reduced so that people difficult to play gobak Sodor. The loss of open land for playing Gobak Sodor and game technology advances make children slowly forget the gobak sodor. In the present time, technology is common for people to support their daily life activities. One of technology implementation form is electronic game, where peoples can play without the limitation of time and space. The electronic game also give pleasure and fun as much as conventional game activities. With the form of electronic game, this research develop a game application which implements all of the gobak sodor rules. Where the players can play the gobak sodor using their mobile device and without the trouble to play on a field or open space. Using electronic game for playing Gobak Sodor gives people satisfaction, awareness. In the hope that this will preserves the traditional game Gobak Sodor. The survey found that 80% of people have an interest to play The Gobak Sodor game. | Paper Link |
| BAYU SETHO KUSUMASAKTI, ARFIANTO FAHMI, VINSENSIUS SIGIT WIDHI PRABOWO, DHONI PUTRA SETIAWAN | Art, Design & Social Innovation for Social and Cultural Sustainability | Radio Resource Management for Improving the Spectral Efficiency on D2D Underlaying Communications Using A Modified Joint-Greedy Algorithm | Device-to-Device (D2D) underlaying communication system may be the solution to increase system data rate and reduce the workload of eNodeB. This communication system shares the same resources to two types of user, the cellular users and D2D pair. However, by using same resources, D2D underlaying communication system will increase the interference level among users. To overcome this problem, a good allocation algorithm is needed to allocate Resource Blocks (RB) which used by Cellular User Equipment (CUE) and D2D simultaneously. This work assumes all CUEs will use the RB first. The D2D pairs RB allocation take place after all CUEs get the resource. A modified Joint-Greedy algorithm is proposed to improve D2D pairs RB allocation process. The algorithm consist of two main phase. In the first phase, all D2D pairs will choose the best RB on the system, that being used by the CUE, and take that RB as a candidates. In the second phase, the eNodeB (eNB) will decides which of these candidates that will be allocated to D2D pair by searching the minimum impact of each CUE. From the simulation process, system with underlaying D2D communication can increase the system spectral efficiency system by 30%. Modified Joint-Greedy algorithm allocates can improve spectral efficiency of the system by 3.059% compared with mean-greedy allocation algorithm and 4.33% compared with a conventional greedy algorithm. | Paper Link |
| BERLIAN NURFADHILAH, MUH. IMAM NASHIRUDDIN, BRIAN PAMUKTI, MUHAMMAD ADAM NUGRAHA | Art, Design & Social Innovation for Social and Cultural Sustainability | Performance Evaluation of Visible Light Communication System Deployment using Multipower Multiple LED Scenario | 5G networks technology has to offer exceptionally high capacity. One of the most promising approaches is optical wireless communication technology. Alternatively, optical wireless communication technologies can be adopted as technology to provide higher data rates. Visible Light Communication (VLC) is a communication technology for future high capacity with a range of the electromagnetic spectrum of 370–780 nm utilizing light-emitting diodes (LED). This research investigates performance in implementing multiple LEDs in a Visible Light Communication system in a closed indoor room. The simulation computer results indicate that the VLC system's performance improves when using higher power transmit for multiple LEDs. The highest received power is about −16 dBm for reaching Bit Error Rate (BER) ≤ 10−3 and distance propagation transmitter to receiver at 6.23 m. | Paper Link |
| BRIAN PAMUKTI | Art, Design & Social Innovation for Social and Cultural Sustainability | Performance Analysis of On-Off Keying Modulation on Underwater Visible Light Communication | This research evaluates the performance of On-Off Keying (OOK) Modulation on the Underwater Visible Light Communication (UVLC) system. This research analyses the performance of two types of OOK signal formats, Non-Return to Zero (OOK-NRZ) and Return to Zero (OOK-RZ). This signal formats tested on distance, acceptability, Signal to Noise Ratio (SNR), Q-factor and Bit Error Rate (BER) parameters. From extensive simulations that have been done, the results show that the received power decreased 21.7249 % at the maximum distance. In this condition, the UVLC system produced the BER value of the NRZ format 3.28 × smaller than the RZ format. The SNR minimum that produced BER value less than the threshold for NRZ format is 17.925% smaller than the RZ format. Meanwhile, the minimum Q-factor that produced BER value less than 10 −3 for NRZ modulation is 6 × smaller than the RZ modulation format. From the results, we take the conclusion that the OOK-NRZ better than OOK-RZ on the UVLC system. | Paper Link |
| BRIAN PAMUKTI, ACHMAD YANATUN, HURIANTI VIDYANINGTYAS | Art, Design & Social Innovation for Social and Cultural Sustainability | Performing the High Bitrate Visible Light Communications in the Foggy Weather to Anticipate the Interference on Vehicle Communication | We propose transmission media with visible light to communicate between vehicles. We evaluate the research under four scenarios using the modulation of On-Off Keying Non-Return to Zero (OOK-NRZ) and bitrate up to 1 Gbps. These scenarios are (i) ideal conditions, (ii) interference from other vehicle lights, (iii) foggy conditions, and (iv) interference from vehicles and fog conditions. Based on the extensive simulation, the results obtained are that interference and fog conditions can affect and reduce the value of the signal to interference and noise ratio (SNR) and increase the value of the error rate (BER). The results obtained are that interference and fog conditions can affect and reduce the value of the signal to interference and noise ratio (SNR) and increase the value of the error rate (BER). The SNR value in the first scenario is 23.6 dB and the second scenario is 11.1 dB, where this value is still sufficient. The SNR in scenario three is 16.1 dB, and the lowest in the fourth scenario is -7.78326 dB, indicating that the noise is extensive compared to signal power. In addition, we also obtain an optimal distance of communication between vehicles for each scenario sequentially 14.5 m, 13 m, 11.5 m, and 9 m. | Paper Link |
| BRIAN PAMUKTI, AKHMAD HAMBALI, NACHWAN MUFTI ADRIANSYAH, | Art, Design & Social Innovation for Social and Cultural Sustainability | Soft Decision Decoding for Massive Sensor in Visible Light Communication | In this research, we proposed a soft decision de-coding (SDD) using matched filters on the receiving side for Internet of Things (IoT) sensors in visible light communication (VLC). We simulated and analyzed the effect of Matched Filter on the distance between transmitter and receiver in a closed room. The information signal as bits has been modulated using on-off keying Non return to zero (OOK-NRZ) modulation before entering the Light Emitting Diode (LED) lights to be transmitted. The photodiode captured the light and converted it to an electrical signal. We employed SDD to enhance the decoding process from received signals. We consider several parameters to compare performance without a matched filter using a 100 Mbps bit-rate, the number of bits is 1 million bits, and the room size is 3x3x5 m. Also, we evaluated performance using signal-to-noise ratio (SNR) and bit error rate (BER) to compare decoding in the receiver. From the extensive simulation, the results show that maximum receiver coverage is 0.1414 m2 for direct decoding. When the matched filter system is added, we found that the coverage area increases to 0.7697 m2. In addition, SDD using matched filter has an improvement of around 43.5% in terms of coverage, so massive sensors are able to serve optimally. | Paper Link |
| BRIAN PAMUKTI, BRIAN PAMUKTI, DOAN PERDANA, M RAMDLAN KIROM | Art, Design & Social Innovation for Social and Cultural Sustainability | Thermal Effect Analysis of Arrayed Waveguide Grating in NG-PON2 Network | This paper presents principles of network access Next Generation-Passive Optical Network Second Stage (NGPON2) system and its improvement using Arrayed Waveguide Grating (AWG) with configurable wavelength. This system suitable for fluctuative bandwidth. The influence of the parameters are analysed through calculations and simulations. One of measurements in this paper is Q-factor, where Qfactor certify the quality systems that can be converted to Bit Error Rate (BER). This result has a Q-factor value of 5.71 with four wavelengths. The power of a wavelength increases with the number of wavelengths. Based on the empirical method, the transmit power has a value 9 dBm. However, the results of this simulation is not perfect, because with single wavelength transmitter has not achieved of minimal Q-factor and not suitable for this system, except for the conventional systems, e.g Time Division Multiplexing (TDM). This paper has a power consumption 10% lower than NG-PON2 planning workshop ITU-T/IEEE and 25% less power compared to DML modulation. | Paper Link |
| BRIAN PAMUKTI, FERNALDY ARIFIN, NACHWAN MUFTI ADRIANSYAH | Art, Design & Social Innovation for Social and Cultural Sustainability | Low Density Parity Check Code (LDPC) for Enhancement of Visible Light Communication(VLC) Performance | Visible Light Communication (VLC) that utilizes free space optics as a transmission channel has a high-speed data communication capability, which uses Light Emitting Diode (LED) as a transmitter. Problems occurred in this wireless communication is the distance. VLC can only reach relatively short distance if compared to Radio Frequency (RF). There are many ways to reach a better distance performance on VLC and one of them is the error correction. In this paper, a comparison between uncoded and Quasi-Cyclic-Low Density Parity Check (QC-LDPC) codes implementation on VLC has been compared and the number of decoding iterations is simulated to reach better performance. The encoding technique of QC-LDPC codes is using the G-Matrix and Bit Flipping algorithm as the decoding. The result shows that distance increases 7% in case of QC-LDPC codes from the uncoded VLC system and 27.5% energy efficiency are increased. The number of decoding iterations also contributes an impact to Bit Error Rate (BER) performance. The simulation results proof that on VLC system using QC-LDPC codes shows better performance compared to the uncoded system. | Paper Link |
| BRIAN PAMUKTI, KRIS SUJATMOKO, NATASIA SEKARNING TIYAS | Art, Design & Social Innovation for Social and Cultural Sustainability | Enhancement Accuracy for Indoor Positioning System on Non-Line of Sight Channel Using Visible Light Communications | The Visible Light Communication (VLC) which uses Light Emitting Diode (LED) as a transmitter, not only functions for lighting and communication, but can determine the position of an object. The VLC system has higher accuracy compared to the Global Positioning System (GPS) system which uses satellite signals to obtain the coordinates of objects on earth. The VLC system can detect the position of objects of a smaller size. The Received Signal Strength (RSS) method can be used to determine the location of the object coordinates. This study has compared the results of the positioning error and accuracy values in three scenarios with different transmitter coordinates and using the Line of Sight (LOS) and Non-Line of Sight (NLOS) transmission channels. Using extensive simulation, we obtain that three scenarios through the LOS channel yields an average minimum positioning error value of 7.62E-16 meters with an accuracy of 99%. The three scenarios used in the NLOS channel have an average minimum positioning error value of 0.20 meters in the third scenario with an accuracy value of 99.42%. The simulation results show that the position of the transmitter coordinates affects the positioning error value and the accuracy value. The coordinates of the transmitter that have the highest accuracy value are (2.25,2,3), (-2,2.25,3), (0.25,2.25,3). | Paper Link |
| BRIAN PAMUKTI, MUTIARA FARADINA, ARFIANTO FAHMI, NACHWAN MUFTI ADRIANSYAH | Art, Design & Social Innovation for Social and Cultural Sustainability | Enhancement of Successive Interference Cancellation in Visible Light Communication System | For massive communication, Non orthogonal Multiple Access is considered to be implemented in next generation of 6G. Beside using radio frequencies as physical layer for wireless communication, optical wireless communication has advantages for support high speed and low error for communication. But, to server massive user, we have struggles with limited resource of power, frequency and time. In this study, we proposed the T-Fold Irregular Repetition Slotted ALOHA (IRSA) method for the Visible Light Communication (VLC) system to improve its performance. We used IRSA based on Coded Slotted ALOHA (CSA) scheme that utilities interference among users. To prove our method, we used simulation in a closed room with a room size of 6 x 6 x 6 m, using the LOS channel and transmitted power of Light Emitting Diode (LED) is 1 Watt. There are 11, 13, and 15 users with random positions that send packets in 100 time-slots based on their degree distribution. The results showed that the larger the degree distributions impact the performance. We also show that between the number of user 11 and 15, the throughput increased up to 20%, while the Packet Loss Ratio (PLR) decreased for 15 users. In addition, 6-degree distribution is used for optimal performance in 15 users. | Paper Link |
| BRIAN PAMUKTI, NACHWAN MUFTI ADRIANSYAH | Art, Design & Social Innovation for Social and Cultural Sustainability | Evaluasi Coded Random Access Untuk Visible Light Communication Pada Model Kanal Non-Line Of Sight | The use of Non-Orthogonal Multiple Access (NOMA) in communication systems can provide users the freedom to transmit information simultaneously without having to fight over timeslots or frequencies. Coded Random Access (CRA) is a part of Coded Domain-NOMA (CD-NOMA) that uses orthogonal code for uplink communication. Inspired by the Additive Links On Line Hawaii Area (ALOHA), we use the Irregular Repetition Slotted ALOHA (IRSA) method with three number of node slots and nine degree distributions on the Line Of Sight (LOS) and Non-LOS (NLOS) channel models. We use measurements in the form of throughput and Packet Loss Ratio (PLR) to obtain simulation results. From extensive simulations, we prove that IRSA is stable on a wide number of node slots of 75, 150 and 300 that acquire throughput in about 0.75 packets/slot. | Paper Link |
| CUCU RETNO YUNINGSIH, ADRIAN PERMANA ZEN, DYAH AYU WIWID SINTOWOKO | Art, Design & Social Innovation for Social and Cultural Sustainability | Digital Space Design as a Show Room (Case Study: Art Exhibition 2021Unjuk Rupa: Life After Pandemic) | Technology affects the world of daily life and even enters art. One technology thataffects the art world is the digital exhibition space. As we know, the world of art is identifiedwith exhibitions and direct performances attended by art lovers. Virtual showrooms become achoice so that exhibition activities can still be held amid the pandemic situation by inviting theappreciators of art to attend the exhibition. The literature study was conducted to review the theoryor view of experts regarding the exhibition of artwork and digital showrooms. The results of thestudy digital showrooms can be used as an alternative space to run online, facilitate artists andaudiences, even though the digital showroom cannot replace the real experience possessed by theconventional gallery. Art Exhibition 2021 Life After Pandemic is a case study of how the digitalshowroom functions to make artists’ practice easier online. This study aims to provide an exampleof designing a digital space as a substitute for a conventional showroom. | Paper Link |
| DENNY DARLIS, ARIS HARTAMAN, AFIFAH SAFIRA | Art, Design & Social Innovation for Social and Cultural Sustainability | Sistem Pemantauan Dapur Menggunakan Teknologi Hybrid WiFi - Visible Light Communication | Visible Light Communication (VLC) is a technology that allows the sending of data information through visible light that will be received as a piece of information. In its implementation, a sensor can send information data using VLC in this technological era. One model of data transmission that is widely used in life is to use radio frequency or better known as wireless.In this final project, a transmitter and receiver of data is realized through the transmission of light, this device consists of a lamp as an electrical converter to light, a photodioda as a converter of light to electric, and receiving data. Through the realization of this tool we can know that the transmission of data through light can occur can be used to transmit data. Data transmitted in this final project is the result of three sensor data namely temperature sensors, gas sensors, and fire detection sensors on the transmitter and on the receiver used firebase to monitor data. From the test results produce parameter values such as distance with a maximum distance of the data is accepted either 45cm, 50cm of data is damaged and 55cm of data is not accepted, the variations in angles and distances show that at a distance of 10cm it can receive data well from an angle of 0ᵒ to an angle of 35ᵒ, a distance of 35cm and 40 cm at an angle of 10ᵒ the received data is damaged and at a distance of 45cm and 50cm at a 5ᵒ angle cannot receive data and as well as the sending speed parameters obtained at a baudrate of 2400 bps, 4800 bps and 9600 bps the data sent can be received well. | Paper Link |
| DENNY DARLIS, MUHAMMAD HILMY ANSHORUDDIN, WILLY ANUGRAH CAHYADI, ANGGA RUSDINAR | Art, Design & Social Innovation for Social and Cultural Sustainability | Implementasi Indoor Localization System Dengan Zonasi Berbasis Visible Light Communication | Industry uses autonomous mobile robots in assisting human work. However, the robot is not aware of its position within an indoor environment. Localization systems that use GPS are less effective when applied indoor. an alternative is Visible Light Communication (VLC) technology utilizing LED lights in the room. It should be noted that a localization system is quite important for knowing the position and location of the mobile robot while in operating. In this project, a localization system based on VLC zones is designed. The data used is transmitted from the LED lighting lamp to the photodiode as an identity (ID) of the lamp. The photodiode captures the light of the LED lamp containing the ID. The decoded output from the photodiode, as the receiver, is the location information displayed by nine LED indicators. The results of the experiments show that the transmitter can send information signals according to the programmed ID, i.e., zone a, b, c, d, e, f, g, h, and i. The receiver side can obtain the ID of LED with an accuracy of 80% and thus show the localized zone of the receiver. The best distance achieved between the transmitter and receiver in VLC communication is 20 to 100 cm using a 20W LED. The maximum zone range of each lamp is in the area of 32 × 32 cm2 and the receiver can identify the nine zones accordingly based on the signal sent by the transmitter. | Paper Link |
| DENNY DARLIS, RIZKI ARDIANTO PRIRAMADHI, KAMIL FATIN M JHONI | Art, Design & Social Innovation for Social and Cultural Sustainability | Implementation of Vehicular-Visible Light Communication for Motorcycle Platooning | In this research, we explain the use of visible light communication technology for communication systems between motorbikes, where so far motorcycle lights have only been used for lighting or speed markers. But now, with visible light communication we can use it as a medium to communicate between vehicles, especially motorbikes. Visible light communication (VLC) is a communication system using visible light as an information carrier. VLC has many advantages including in terms of safety, speed, and ease of application to the user to send various types of information including digital data such as text and images. The VLC transmission section will use the LED motorcycle headlamps to send information to the receiver i.e. Light-to-Voltage Sensors are mounted on the back of a motorcycle when several motorbikes are in convoy or platooning. This study describes the use of VLC Vehicle-to-vehicle technology so that motorbikes can communicate with each other so that the motorcycle itself can adjust the distance with other motorbikes in front of him without being under or semi-controlled by the rider. From the results of measurements with the selected transmitter and receiver system, communication between motorbikes can be done up to 130 cm during the day and 180 cm at night. The potential of this technology is that it can truly support communication systems between vehicles such as self-driving motorcycles in the future. | Paper Link |
| DEWANDARI ADI ANTIKA PUTRI, AKHMAD HAMBALI, ERNA SRI SUGESTI, BRIAN PAMUKTI | Art, Design & Social Innovation for Social and Cultural Sustainability | Voice Delivery using The Visible Light Communication (VLC) Prototype on Line of Sight (LOS) Channels | Visible Light Communication (VLC) is the one of technologies used for 6th generation of telecommunications (6G), because it has a wide frequency spectrum, higher speed and safety. We have conducted an experiment using a prototype to transmit sound. Measurements were made by changing the receiving distance from 30 cm up to 300 cm in increments of 30 cm. We also shift the receiving device, so that it forms an angle 0° up to 30°. This study analyzes the extent of changes in distance and angle to the measurement results. We use a Lux meter measurement of the light intensity received by the receiver. In addition, we also measure the ratio of the sound sent to the received by measuring dB meter. From the results of extensive testing, we got the result that the farther distance, then the sound quality is getting lower. For the 0° angle obtained a propagation distance limit of up to 250 cm, 15° angle 200 cm away and 30° angle up to 150 cm. In addition, we also found that the magnitude of the angle shift decreased the intensity of the received light. | Paper Link |
| DILA OKTAFANI, KRISTINA SISILIA | Art, Design & Social Innovation for Social and Cultural Sustainability | ANALISIS PENERAPAN MODEL UNIFIED THEORY OF ACCEPTANCE AND USE OF TECHNOLOGY2 (UTAUT2) PADA ADOPSI PENGGUNAAN DOMPET DIGITAL OVO DAYEUH KOLOT BANDUNG (Studi pada Generasi Z sebagai pengguna OVO) | This research is motivated by the use of technology in the digital era. which is users are offered with a variety of easy access to many information from Internet. Technological developments have made these activities turn out to be almost instantaneous. One of the things that has changed is in the payment system. Non-cash payments are now growing up with their smartphone, users are increasingly facilitated without having to carry a card or e-wallet. With the rapid development of technology, now comes a digital wallet or e-wallet to realize a cashless society. This research was conducted to determine the factors that influence acceptance and interest in using OVO digital wallets to optimize service to customers. This study uses the UTAUT2 model. In this research the object of research is the generation Z. Generation Z is the youngestgeneration entering the workforce or also called iGeneration or internet generation. The method used in this study is a quantitative method using 100 respondents. Data processing was carried out using the PLS-SEM method with the help of smartPLS software version 2.0 and the validity and reliability test using SPSS software version 16.0. The results of this study indicate that social influence, facilitating conditions, hedonic motivation and price value have a significant effect on behavioral intention. Where the value of t-statistic 2.405 highest price value. While other independent variables such as performance expectancy, effort expectancy and habit do not have a significant effect on behavioral intention. Meanwhile facilitating conditions, habits and behavioral intention are proven to directly have a positive and significant effect on use behavior | Paper Link |
| DINI TURIPANAM ALAMANDA, STP, MSM, GRISNA ANGGADWITA, MOCHAMMAD RAYNALDI | Art, Design & Social Innovation for Social and Cultural Sustainability | Designing Strategies using IFE, EFE, IE, and QSPM analysis: Digital village Case | Digital SMEs Village is a program initiated by Telekomunikasi Indonesia. The program is expected to grow entrepreneurial spirit among business actors, as well as to facilitate business actors to expand their business network by utilizing technological developments in Indonesia. The common problem of Digital SMEs Village Indonesia today is the number of human resources that still lack the understanding of using smartphones and computers to interact with consumers in cyberspace. One of the Digital SMEs Village in Bandung district is the Baraya Digital SMEs Village. This study aims to identify the formulation strategy in the development of the Baraya Digital SMEs Village by SWOT analysis. Furthermore, Quantitative Strategies Planning Matrix (QSPM) is used to decide and determine which alternative strategies can best be recommended. The research method used is qualitative method with case study approach by doing depth-interview to several key actors in the Baraya Digital SMEs Village. The results showed that the Baraya Digital SMEs Village needs to implement intensive strategy. The development of strategies that need to be implemented as a top priority is market penetration, by expanding the market share of existing products through online marketing. | Paper Link |
| DOAN PERDANA, ADI NUGROHO | Art, Design & Social Innovation for Social and Cultural Sustainability | Performance Evaluation of DV-HOP and Amorphous Algorithms based on Localization Schemes in Wireless Sensor Networks | In the field of high-risk observation, the nodes in Wireless Sensor Network (WSN) are distributed randomly. The result from sensing becomes meaningless if it is not known from where the originating node is. Therefore, a sensor node positioning scheme, known as the localization scheme, is required. The localization scheme consists of distance estimation and position computing. Thus, this research used connectivity as distance estimation within range free algorithm DV-Hop and Amorphous, and then trilateral algorithm for computing the position. Besides that, distance estimation using the connectivity between nodes is not needed for the additional hardware ranging as required by a range-based localization scheme. In this research compared the localization algorithm based on range free localization, which are DV-Hop algorithm and Amorphous algorithm. The simulation result shows that the amorphous algorithm have achieved 13.60% and 24.538% lower than dv-hop algorithm for each parameter error localization and energy consumption. On node density variations, dv-hop algorithm gained a localization error that is 26.95% lower than amorphous algorithm, but for energy consumption parameter, amorphous gained 14.227% lower than dv-hop algorithm. In the communication range variation scenario, dv-hop algorithm gained a localization error that is50.282% lower than amorphous. However, for energy consumption parameter, amorphous algorithm gained 12.35%. lower than dv-hop algorithm. | Paper Link |
| DONNY TRIHANONDO, DIDIT ENDRIAWAN | Art, Design & Social Innovation for Social and Cultural Sustainability | Environment and Society Activation through Digital Mural (Case Study: Higher Education Institutions in ASEAN) | Previous research has shown that mural graphics have a significant impact on the environment and society. As technology advances, digital graphics can also be applied to the space through a monitor or projector, providing choices in more varied graphics. Although previously popular in major cities in the world, especially with the theme surrounding the marginalization of certain communities, mural and environmental graphics made its debut back to several cities in ASEAN with new advancements. Analysis of documentation and observational techniques in the form of qualitative methods are used in this study. The analysis is divided into titles with examples from ASEAN countries. Therefore, this research is not only descriptive but also uses observation methods to collect information, explore environmental graphics and to be able to analyse other related works. The findings indicate that the mural affects society in three ways: (1) ideas cultivation through interactions in mural making processes, (2) involvement of university students enhance their artistic and socializing skills, and (3) acts as a media which foster traditions and cultures to the society. The murals are the background of life. Mural affects residents and passers, both consciously and unconsciously. In this way new ideas and actions will be created. | Paper Link |
| DWIEKA SEPTIAN ARIF PRASETYA, DHARU ARSENO, BRIAN PAMUKTI, HURIANTI VIDYANINGTYAS | Art, Design & Social Innovation for Social and Cultural Sustainability | Experimental Analysis of Vehicle-to-Vehicle Communication using Light Detection and Ranging (LIDAR) for Detection and Data Transmission | In the era of technology 4.0, the automobile industry began to develop with the increasing comfort, safety and apply new technologies such as artificial intelligence. We propose a Light Detection and Ranging (LIDAR) sensor as a medium for detection and data transmission for safety between cars. Our proposal has been tested on prototype vehicles that can be used indoors, such as in a company that requires automation of the vehicle. This study uses a 2×2 array Light Emitting Diode (LED) simultaneously to the LIDAR sensor. Prototype vehicles has been observed and analyzed for the impact of changes in distance and angle. With intensive experiments, the results show that using the LIDAR sensor in the prototype vehicle obtains accurate distance detection. We also proved that the prototype yields the optimal distance in transmitting data to be 20 cm to 120 cm at 0 degrees, 20 to 60 cm at 10 degrees, and 20 to 40 cm at 15 degrees. In addition, the maximum distance that this prototype vehicle can transmit is 260 cm at 0 degrees, 100 cm at 10 degrees, 40 cm at 15 degrees, which is still relatively safe for vehicle distance tolerance. | Paper Link |
| ERICA ALBERTINA SAFARI, SRI MAHARANI BUDI HASWATI, ALBE GUSTI PRATAMA, DIRSHA LAZUARDINI | Art, Design & Social Innovation for Social and Cultural Sustainability | Perancangan Konten Digital Promosi Museum Sultan Mahmud Badaruddin II Palembang Dalam Era New Normal | Palembang is one of the cities in the province of South Sumatera, where there are numerous aspect of tourism in this city. Palembang has a fairly long river namely Musi River. Ampera Bridge as one icon of Palembang city crosses the river. There is also a tourism spot namely Sultan Mahmud Baharuddin II Museum nearby. A museum is a storage place for historical objects. Not solely for storing such objects, you can study their history and the events underlying which able to increase your knowledge. The media used in promotion during this new normal era such as today is social media, where the medium is affordable yet highly impacful. As new normal as it is today, prospective tourists would like to spend more time at home. In case if the museum carries out a promotion, the message to be conveyed is in their hands immediately; and they will find it easier to access the information if it is carried out through that way. The promotions in new normal era are carried out through hard sell messages, where the information delivery is continuing even in such period. Education and important information has become the main content in promoting the Sultan Mahmud Badaruddin II Museum in this new normal era. This study uses the theory of social media advertising, where the promotion done in the new normal time is through instagram social media. | Paper Link |
| ERLANGGA BAYU SETYAWAN, DIDA DIAH DAMAYANTI, ANTON ABDULBASAH KAMIL | Art, Design & Social Innovation for Social and Cultural Sustainability | Multi-criteria Mathematical Model for Partial Double Track Railway Scheduling in Urban Rail Network | Train scheduling is one of the tactical planning of a railway service company. The challenge of railway scheduling is when the type of track that is passed is a partial track double track. If the scheduling is not optimal, will cause the idle time, where the train must wait for the intersection. This research purpose mathematical model for train scheduling problem in partial double track rail line to minimize idle time. We consider three criteria in developing this mathematical model: (1) Coupling/uncoupling wagon to minimize deadhead trip; (2) Fixed block signaling; (3) Rail and station capacity; (4) Meeting and passing in partial double track. To test our model, we used actual data in Indonesian Railway, especially in shout track railway, track from Bandung -Yogyakarta City. Using this mathematical model, our purposed model can minimize total idle time. | Paper Link |
| FEBRIAN AJI PANGESTU, MAMAN ABDUROHMAN, AJI GAUTAMA PUTRADA | Art, Design & Social Innovation for Social and Cultural Sustainability | Comparative Analysis of Grid and Tree Topology in Agriculture WSN with RPL Routing | Agricultural Internet of Things is very dependent on its Wireless Sensor Network (WSN) performance. The Routing Protocol for Low Power and Lossy Network (RPL) is an IPv6-based routing protocol that was developed to provide more addresses and lower power for sensor nodes on WSN. This research compares the performance of grid and tree topologies with RPL routing protocol on Cooja simulator. The parameters evaluated in this study are power consumption, routing metrics, Expected Transmission Count (ETX), throughput, and delay. The result is the performance of the RPL routing protocol with the grid topology has better values than the tree topology in the various parameters tested. In throughput parameters, the grid topology values with 20, 30, and 42 nodes are 901 bps, 722 bps, and 678 bps, better than the tree topology which are 812 bps, 697 bps, and 531 bps. | Paper Link |
| FETTY POERWITA SARY, NOVAL NUR ALIF | Art, Design & Social Innovation for Social and Cultural Sustainability | The Effect of Communication and Digital Leadership to Employee Performance at Brigjen H. Hasan Basry Hospital | With the emergence of changes in the digital workspace and the increasing number of cases of the COVID-19 pandemic being handled by many hospitals at this time, there is an opportunity to improve employee performance along with the implementation of digital work systems and communication in developing the direction of transformation for the future of organization. Improvement of organizational aspect in digital transformation to support the employee in the re-emergence of covid-19 pandemic. Therefore, the purpose of this research is to analyze the influence of digital leadership and communication on the employees^ performance. This research is quantitative research with data collection techniques through distributing questionnaires to 399 employees. The data is analyzed through multiple regression method with the help of the SPSS program. The research result of descriptive analysis showed that Digital Leadership, Communication, and Employee performance in Brigjen H. Hasan Basry Hospital is generally in a very high category. And based on the results of the study, it shows that Digital Leadership and Communication have a significant effect simultaneously and partially on the performance of employees in the Brigjen H. Hasan Basry Hospital as much as 64.6% while 35.4% affected by another variable. Brigjen H. Hasan Basry Hospital is expected to provide sufficient infrastructure and training for the employee that have work related to the digital information within the organization. Provide level management for the communication to improve the communication flow of the organization. In addition, routine monitoring and evaluation in stages is mandatory and in an orderly manner. | Paper Link |
| FRANSISCA MARGARET PASALBESSY, KHOIRUL ANWAR | Art, Design & Social Innovation for Social and Cultural Sustainability | Analysis of Internet of Things (IoT) Networks Using Extrinsic Information Transfer (EXIT) Chart | The Internet-of-Things (IoT) is estimated to be deployed to serve billions of devices constructing super-dense networks, of which the performances are depending on the multiuser detection (MUD) capabilities to support more devices. This paper analyzes the decoding behaviour of Narrowband IoT (NB-IoT) and Single Carrier IoT (SC-IoT) networks using extrinsic information transfer (EXIT) chart to observe their throughput performances in low and high volume traffics. NB-IoT uses slotted ALOHA as its multiple access technique that discards collided packets, while SC-IoT uses coded random access (CRA) scheme, where the collided packets are to be resolved using successive interference cancellation technique, which is equivalent to peeling decoding at packet level. We also analyze network performances in terms of packet-loss-rate (PLR) and throughput using a series of computer simulations. Our results confirmed that SC-IoT using CRA has better performance than NB-IoT in terms of PLR, throughput, and gap of EXIT chart indicating that SC-IoT based on CRA scheme is a promising scheme for future IoT to serve massive number of users or devices. | Paper Link |
| GIVA ANDRIANA MUTIARA | Art, Design & Social Innovation for Social and Cultural Sustainability | MULTIPLE SENSOR ON CLUSTERING WIRELESS SENSOR NETWORK TO TACKLE ILLEGAL CUTTING | This paper is intended to purpose a designed system using Wireless Sensor Network application. It is multiple sensors to tackle illegal cutting in the stage of a timber harvesting. This paper also discusses network performance and the costs of the purposed system. In every node in the networks, the system was built using a combined sound sensor and vibration sensor in which incorporated using Xbee Pro S2C. It is considered as a communication module at each sensor node and Arduino Nano to process the data. The Wireless Sensor Network has been designed in three networks with the configuration of master and slave nodes in each network. This system was testing using several scenarios to have the data performance of the networks and the performance of the proposed system in the small forest and the opened area. The costs of the purposed system also compared related to the previous system. The result showed the optimum distance that can be applied in the WSN network as a real-time application using Xbee Pro S2C is less than 30 meters; meanwhile the time consumed to communicate between nodes is below 5 s. Therefore, the more slaves in the subnetwork will affect the performance of the system. The proposed system runs smoothly as predicted in the purposed system. All the testing is 100% completed and can be handled by the proposed system. | Paper Link |
| GIVA ANDRIANA MUTIARA | Art, Design & Social Innovation for Social and Cultural Sustainability | WIRELESS SENSOR NETWORK FOR ILLEGAL LOGGING APPLICATION: A SYSTEMATIC LITERATURE REVIEW | Wireless Sensor Networks (WSN) is a technology available for outdoor area application. The characteristic of illegal logging application is suitable to apply WSN-based application. Because the illegal logging application is implemented in a wide range area, supervised the environment forest, and consists of hundreds of sensor nodes. This paper aims to review and summarize as systematically the contribution of WSN Technology in illegal logging area research as a long-range network application especially in detection and identification method, timber tracking methods, data exchange, and transmission method. A Systematic Literature Review (SLR) were outlined in this paper as a standard methodology of predefined research strategy to solve the problems by tracing the previous research. By defining the Research Question (RQ) to guidelines the SLR process and inserting the search string in the database reputation journal, the previous research can be configured. There are 42 previous studies applied WSN to used it in the illegal logging application. The result stated that WSN has biggest contributions since 33% researcher using WSN to tracking application, 41% use the WSN as a data exchange in their system, and 48% used WSN as data transmission between sensor nodes. This paper is expected to give a contribution to the researcher who wants to build the system to tackle illegal logging since the illegal logging has been hot issues in the world. | Paper Link |
| GRISNA ANGGADWITA, IDZHAR INZAGHI SETIAWAN | Art, Design & Social Innovation for Social and Cultural Sustainability | Mapping Communication Priority of Local Government Leaders through Instagram Captions in Publicising Smart City Programmes | Currently, social media is required to inform the public about local government programmes related to smart city. Advances in technology require the government to provide fast, precise and accurate information services. Local government leaders' communication patterns are crucial factors in the successful implementation of the smart city technology. This study aims to map the communication priorities of DKI Jakarta government leaders in publicising the smart city programmes using Instagram. The study, using a qualitative method with a content analysis approach, employs a case study involving an Instagram account owned by Anies Baswedan as the head of the DKI Jakarta regional government, analysing captions posted between February 2019 and February 2020. The ATLAS.Ti program was used for data processing. The study results reveal that the highest priority area for communication regarding the smart city programmes was Smart Economy. Moderate priorities included Smart Living, Smart People, Smart Governance and Smart Mobility. Lastly, Smart Environment had a low priority. This study demonstrates that Instagram can be an effective medium for building interaction between leaders and the community in delivering smart city programmes with balanced communication intensity for each programme. Thus, this study's findings are expected to provide a reference for local government leaders in balancing communication priorities for all smart city programmes. | Paper Link |
| I GEDE ARYA PUTRA DEWANGGA, TITO WALUYO PURBOYO, RATNA ASTUTI NUGRAHAENI | Art, Design & Social Innovation for Social and Cultural Sustainability | COMPARISON OF DIGITAL IMAGE STEGANOGRAPHY BASED ON TECHNIQUES | Steganography is a cryptographic method used to hide data in digital images so that transmitted data can not be identified by irresponsible parties. By developing a steganographic method then sending data that does not have a good level of security but also has a level of security to protect the copyright of a digital image. But there are many types of steganography techniques, in this study described the comparison of some steganography techniques. Steganography technique compared with the existing parameters. | Paper Link |
| IDHAR RESMADI | Art, Design & Social Innovation for Social and Cultural Sustainability | Analysis Of Zinetflix Cyber Media As A Media In The Digital Era | Nowadays, social media is used to build not only friendship networking but also business. Various companies and media institutions use social media to disseminate information. One of the most popular social media widely used by business companies and media institutions is Instagram, including Netflix Indonesia, which has created a mass media-based Instagram “Zinetflix”. Zines is considered an alternative media that provides a lot of information outside the mainstream mass media channels. The characteristics of zines are community-based, anti-mainstream, and offering a more experimental format than conventional media. Zinetflix is a media innovation in the cyber media because it utilizes various features and technology to become a channel of information. This study uses a qualitative research method with a case study approach. The case study selected is “Zinetflix” which was designed by movie content provider Netflix. The data collection was conducted through observations, interviews, and literature studies. The results discussed in this research is how the use of Instagram social media features become an information media space in the cyber media era as Zinetflix does in the celebration of the National Film Day every year. | Paper Link |
| IGNATIUS WENDIANTO NOTONOGORO, JONDRI, ANDITYA ARIFIANTO | Art, Design & Social Innovation for Social and Cultural Sustainability | Indonesian License Plate Recognition Using Convolutional Neural Network | License plate is a part of vehicle's identity. In modern countries, license plate recognition has been developed to collect traffic activity information. The performance of license plate recognition system tend to drop when the input picture contains noises like illumination, dirt, and scratches which cover one or more characters in the license plate. This research was focused on Indonesian license plate as many license plates in Indonesia had various noises like plastic cover and scratches which complicate the recognition. In this study, Indonesian license plate recognition is formed using a Convolutional Neural Network (CNN) which is known to have good performance in recognizing objects, even though the objects are obscured to some degree. Sliding window is used in this study for replace character segmentation. CNN will predict images in every area of window. The highest performance for the whole system to the normal data test is 87.36% and noised data test is 44.93%. | Paper Link |
| IKHSAN PURNOMO, ACHMAD ALI MUAYYADI, DESTI MADYA SAPUTRI | Art, Design & Social Innovation for Social and Cultural Sustainability | Numerology Effect on 5G 28 GHz Communication System Performance | OFDM Numerology is one of the features that distinguishes between LTE technology and 5G NR technology. OFDM Numerology is a set of parameters used in 5G NR communication systems dependent upon user needs and channel conditions. In addition, 5G NR technology uses Polar Codes as error correction and error detection. Testing is needed to determine the performance characteristics of the 5G NR communication system based on OFDM Numerology provisions by adding Polar Codes, so that the resulting performance is close to real and can be a reference for efficient power requirements in the implementation of 5G NR technology in the future. This paper conducts a test to determine the performance characteristics of the 5G NR communication system based on OFDM Numerology provisions by adding Polar Codes. This paper simulation uses QPSK modulation and uses soft demapper techniques so that the resulting performance is more optimal. This study reviewed the bit error rate (BER) and frame error rate (FER) parameters. This study also calculated outage probability with coding rates R = 1 and R = 1/2. The results of this paper test showed that numerology 3 had the same performance characteristics as numerology 4, both uncoded and Polar Codes. The performance of the 5G NR communication system using Polar Codes was better than uncoded. | Paper Link |
| INDRAJATI HARYONO, DODI WISAKSONO SUDIHARTO, AJI GAUTAMA PUTRADA | Art, Design & Social Innovation for Social and Cultural Sustainability | QoS Improvement Analysis of VoIP Service Which Uses Overlay Network. Case Study: Calling AWS VoIP Gateway From Bandung, Indonesia | VoIP (Voice over Internet Protocol) has been widely adopted by both a public and a private entities, making this service as the one of popular services over time. However, up to now, how to maintain quality of VoIP service which is according to the standard quality has always become a central issue for studying. Especially, if the service of a public computer network which is available in a region or a country is still lack. For example, in terms of adequate bandwidth limitation. To overcome this condition, a required mechanism which can improve the quality of VoIP service is needed, so the user can be satisfied in using this service. This study is going to explore the mechanism of VoIP service quality improvement which is done by using overlay network. The overlay network is applied by making a tunnel on the network. In addition, VoIP gateway is placed on cloud system which is Amazon Web Service (AWS). Therefore, the placement of the gateway is going to resolve the hardware gap or to maintain the computing-related barrier. The measurement of this service is done by making a call service from Bandung, Indonesia to VoIP gateway which is placed on AWS cloud system. | Paper Link |
| INDRAWATI | Art, Design & Social Innovation for Social and Cultural Sustainability | Customer Continuance Intention toward Digital Banking Applications | Internet banking in Indonesia increased from 150 million transactions in 2012 to 406 million transactions in 2016. The present article examines the digital banking application ABC of Bank ABC of Indonesia to find the factors influencing customers’ continuance intention (CI) while using ABC. Results of the analysis using 423 valid respondents identified three main influencing factors, from highest to lowest, as trust (T), habit (H), and price-saving orientation (PSO). The model used can predict the CI of customers toward ABC as the R2 gave a value of 71%. Results also revealed that male customers consider trust a more important factor than do female consumers. Bank ABC may use this information in its future marketing strategies for retaining existing customers and attracting potential consumers. | Paper Link |
| INDRAWATI, DELLAROZA GEULIS SEPLIRIA | Art, Design & Social Innovation for Social and Cultural Sustainability | Digital marketing communication in improving consumer purchase decisions during the Covid-19 Pandemic | The COVID-19 pandemic in Indonesia impacted Small, Micro, and Medium Enterprises (MSMEs) entrepreneurs from various fields. Torch is one of them. At the start of the COVID-19 pandemic, Torch sales were down 50-80%. It is just that entering the middle of 2020, Torch managed to rise, and even its sales increased from the previous year. This is because of the digital marketing communications carried out. The purpose of this research is to find out how Torch's Digital Marketing Communication Improves Consumer Purchase Decisions, Especially During the COVID-19 Pandemic. This research was conducted using qualitative research methods with descriptive purposes based on the method. The strategy used is a case study. The sample selection technique in this study used purposive sampling and collection through interviews, observation, documentation and literature studies, and online searches. Interviews were conducted with ten informants on various criteria. The collected data is then validated by triangulation of sources and analyzed using an interactive model. The result of this research is that Torch has succeeded in increasing its business performance in the COVID -19 pandemic with digital marketing communication techniques through Search Engine Marketing (SEM), Online PR, Display Advertising, Email Marketing, and Social Media Marketing. | Paper Link |
| INDRAWATI, WELLY ARDHANA | Art, Design & Social Innovation for Social and Cultural Sustainability | The Effect of Social Media Communication on Brand Awareness and Perceived Quality of Indihome | The purpose of this study was to determine the effect of firm-created communication and user-generated communication in social media against brand awareness and perceived quality of Indihome. This study was conducted using a sample of 400 respondents who are Indihome and Twitter users through an online questionnaire. The test used Structural Equation Modeling. The results showed that the proposed model is valid and reliable. From the hypothesis studied, firm-created communication significantly influences brand awareness (R2 = 18.9%) and user-generated communication in social media significantly influences brand awareness (R2 = 13.8%). Both simultaneously also significantly affect brand awareness (R2 = 32.8%). In addition, the results of this study indicate that brand awareness significantly influences perceived quality (R2 = 34.0%). In addition, this study proves that the model used successfully measures the influence set on research objectives. | Paper Link |
| INUNG WIJAYANTO, SUGONDO HADIYOSO, RETNO RENGGANI NUGROHO | Art, Design & Social Innovation for Social and Cultural Sustainability | Prototype of Visible Light Communication Transceiver Using Array Photo Transistor for Real Time Digital Media Transfer | Previous research about low cost visible light communication (VLC) transceiver prototype was conducted which able to reach 98 cm, 70° and 19200 bps of transmitting distance, maximum transmission angle and transmission rate, respectively. The next prototype is built to get better performance by adding a reflector to the array phototransistor and split the power of the transceiver in order to maximize the light of the LED. This new prototype surpasses our target by reaching 134 cm of transmission distance. The system is also able to send digital multimedia files such as text, images, video in MPEG format and audio files in WAV and Mp3 format. The maximum bit rate of our prototype is 9600 bps and acceptance angle is 87°. | Paper Link |
| IQLIMA BAIRAT, ALOYSIUS ADYA PRAMUDITA | Art, Design & Social Innovation for Social and Cultural Sustainability | Polarization Reconfigurable Antenna for 5G Wireless Communication Systems On 3.5 GHz Frequency | One of the 5G key features in improving energy efficiency is suitable for cognitive radio technology. Cognitive radio has the ability in sensing the operation situation and providing a certain response regarding the sensing result. The operation situation of electromagnetic propagation allows multipath and depolarization of antenna due to many obstacles. In this paper, polarization reconfigurable antenna was proposed to support cognitive radio technology in 3.5 GHz 5G system. The antenna has capability for reconfigure between linear polarization, right-hand circular polarization (RHCP), and left-hand circular polarization (LHCP) manually to mitigate the polarization loss during propagation. The results show that antenna has good performance in the perspective of matching impedance and axial ratio. It is shown in simulation that the S11 less than -10 dB for RHCP and LHCP with axial ratio 1.762 dB and 1.811 dB respectively. Whereas for linear polarization, the S11 of 3.5 GHz more than -10 dB and has optimum value at 3.1 GHz with an axial ratio of 40 dB. | Paper Link |
| IRA WIRASARI, DIMAS KRISNA ADITYA, NOVIAN DENNY NUGRAHA, SAKINA FATHIANI | Art, Design & Social Innovation for Social and Cultural Sustainability | Digital Technology cultural evolution: COVID-19 and digital culture ??? Featured Animation Design for Cultural Respect and Understanding in Tjap Go Meh???s Narration | Lontong Tjap Go Meh is one of the most popular Chinese Peranakan dishes in Indonesia. Initially, this dish was served at the Tjap Go Meh celebration. Uniquely, this dish is actually not found in China. The similarity with Ketupat Lebaran has a connection with the spread of Islam in Java and the acculturation with the local culture. Unfortunately, not many people know about the origin and philosophy of this dish. In the Chinese Peranakan community in Indonesia itself, especially the younger generation, they mostly do not know about the history behind the Lontong Tjap Go Meh, other than it is a dish passed down by previous generations. Tjap Go Meh’s celebration in Indonesia can be said as something new for them, especially since this celebration was banned during the New Order regime. This cultural-based research intends to reintroduce the origins and philosophy of Lontong Tjap Go Meh through media that can be enjoyed by the younger generation, namely short animation.;his media form is easily accessed easily and is more effective, especially in this COVID-19 pandemic era. With qualitative research supported by observational data collection, literature study, and interviews with the qualitative method, it is hoped that the messages tconveyed through character and setting designs can be effectively received. | Paper Link |
| IRFANANDA RAFIF SATRIO, VERONIKHA EFFENDY, DANANG JUNAEDI | Art, Design & Social Innovation for Social and Cultural Sustainability | Modelling Augmented Congklak using Cycle of Digital Augmentation Method | Traditional Congklak is considered capable for practicing psychomotor and cognitive abilities through their playing activities. Although Congklak is considered capable of exercising this ability, there are some difficulties that can interfere with the gameplay. Children need to be helped to overcome these difficulties, so they could play more effectively. In this study, the Cycle of Digital Augmentation is used to modeling the augmented Congklak by adding visual feedback technology to ease children's activities while playing Congklak, while keep maintaining their traditional ways of playing so that the benefits to practice psychomotor and cognitive abilities will be maintained. After that, the Relative Manipulation Time (RMT) method is used to measure the value of the interaction effectiveness. Compared to traditional Congklak the value of interaction effectiveness has increased by 21.81%. These results indicate that children are more effective interacting with game objects using augmented Congklak than using traditional Congklak. | Paper Link |
| ISTIKMAL, EDWAR, INDRARINI DYAH IRAWATI | Art, Design & Social Innovation for Social and Cultural Sustainability | A Novel Approach: Routing Metric Using Level Crossing Rate for Device-to-Device Communication in Multipath Fading Environment | In the real world, device-to-device (D2D) communications in ad hoc networks often experience changes in signal quality. The change in path characteristics is caused by the distance and multipath fading between the transmitter and receiver, so that the amplitude and phase of the received signal vary over time. Consequently, the performance of the routing algorithm in determining uncertain communication paths causes a significant decrease in throughput. Therefore, calculating the fading rate and the fading signal frequency, which are below a threshold, becomes imperative. This mechanism is known as the level crossing rate (LCR). Here, we propose LCR as a novel metric model approach for routing in multipath fading environments to determine the communication path. Also, we created a model for estimating throughput based on the LCR. We evaluated and compared the performance of our proposed method to that of a routing model that uses the shortest path algorithm (SPA) and channel quality (CQ) aware routing that employs average signal-to-noise ratio (ASNR) and average power connection (APC) as the metric. The simulation results show that the proposed LCR routing model outperforms another routing model that applies SPA, ASNR, and APC. | Paper Link |
| JORJIANA AMINATUS SA`ADAH INDAH PRATIWI, RENDY MUNADI, GUSTOMMY BISONO | Art, Design & Social Innovation for Social and Cultural Sustainability | IMPLEMENTATION AND ANALYSIS OF SECURITY SYSTEM IN WIRELESS SENSOR NETWORK BASED ON ZIGBEE STANDARD | Wireless Sensor Network (WSN) is a technology that being warmly used both for research and to help human activities. System security is one of the important things that must be considered both in wireless and wire line network. Wireless sensor networks are expanding which are vulnerable and therefore require an effective security mechanism. Wireless sensor networks have several constraints such as limited memory, energy and computational capabilities that create constraints when coupled with security at sensor nodes. To solve the problem, this final project will implement and analyze security system in wireless sensor network refers to ZigBee standard. ZigBee schemes can be synchronized with new protocols targeted at low rates, small power devices, and sensor nodes. ZigBee requires cryptography that is expected to save power, computing power, and storage resources. To that end, the chosen security system is using AES encryption algorithm (Advanced Encryption Standard) which is implemented directly on ZigBee. In this research successfully apply AES128 decryption and encryption algorithm on wireless sensor network. The test used is a passive attack that can only see and capture the package only. In a security performance analysis, the confidentiality parameter is not fulfilled if it does not use security. Integrity parameters are fulfilled using or without security. The largest throughput value is 1122 bytes / s at a distance of 21 meters. And the last delay at a distance of 49.5 meters with a value of 4.1483 s. | Paper Link |
| KHOIRUL ANWAR, CITRA DEWI ANGGRAENI, KHOIRUL ANWAR | Art, Design & Social Innovation for Social and Cultural Sustainability | Design Of Rateless Polar Accumulate Tornado Codes Using Exit Chart For Uav Communications | This paper proposes Tornado codes based on the concatenation of Polar codes, Luby Transform (LT) codes, and Accumulator, referred to as rateless Polar Accumulate Tornado (PA-Tornado) codes for possible applications to unmanned aerial vehicle (UAV) communications, where the channels are assumed to be highly varying. The accumulator is added after the LT codes to avoid direct connection of LT check-nodes (CND) to the channels. The effectiveness of the proposed PA - Tornado codes is analyzed using Extrinsic Information Transfer (EXIT) chart under the binary erasure channels (BEC) due to its simplicity. We reveal the mechanism of rateless capability of the proposed codes, which is not the case of traditional codes, as well as the significant contribution of the accumulator to bring the MI of LT to close to (1,1) point. With the proposed rateless PA-Tornado codes, the EXIT tunnel, which is originaly closed at ϵ=0.67 , suddenly open by performing internal iteration of accumulator. We also provide a suitable degree distribution having minimum EXIT chart gap, but practical for UAV communications. | Paper Link |
| KHOIRUL ANWAR, KHOIRUL ANWAR | Art, Design & Social Innovation for Social and Cultural Sustainability | Collab-SAR: A Collaborative Avalanche Search-And-Rescue Missions Exploiting Hostile Alpine Networks | Every year, Alpine experiences a considerable number of avalanches causing danger to visitor and saviors, where most of the existing techniques to mitigate the number of fatalities in such hostile environments are based on a non-collaborative approach and is time- and effort-inefficient. A recently completed European project on Smart collaboration between Humans and ground-aErial Robots for imProving rescuing activities in Alpine environments (SHERPA) has proposed a novel collaborative approach to improve the rescuing activities. To be an integral part of the SHERPA framework, this paper considers deployment of an air-ground collaborative wireless network (AGCWN) to support search and rescue (SAR) missions in hostile alpine environments. We propose a network infrastructure for such challenging environments by considering the available network components, hostility of the environments, scenarios, and requirements. The proposed infrastructure also considers two degrees of quality of service, in terms of high throughput and long coverage range, to enable timely delivery of videos and images of the long patrolled area, which is the key in any searching and rescuing mission. We also incorporate a probabilistic search technique, which is suitable for collaborative search assuming AGCWN infrastructure for sharing information. The effectiveness of the proposed infrastructure and collaborative search technique, referred to as Collab-SAR, is demonstrated via a series of computer simulations. The results confirm the effectiveness of the proposal. | Paper Link |
| KHOIRUL ANWAR, NURUL HUDA MAHMOOD, ONEL A. L´OPEZ | Art, Design & Social Innovation for Social and Cultural Sustainability | Machine Type Communications: Key Drivers and Enablers Towards the 6G Era | The recently introduced 5G New Radio is the first wireless standard natively designed to support critical and massive machine type communications (MTC). However, it is already becoming evident that some of the more demanding requirements for MTC cannot be fully supported by 5G networks. Alongside, emerging use cases and applications towards 2030 will give rise to new and more stringent requirements on wireless connectivity in general and MTC in particular. Next generation wireless networks, namely 6G, should therefore be an agile and efficient convergent network designed to meet the diverse and challenging requirements anticipated by 2030. This paper explores the main drivers and requirements of MTC towards 6G, and discusses a wide variety of enabling technologies. More specifically, we first explore the emerging key performance indicators for MTC in 6G. Thereafter, we present a vision for an MTC-optimized holistic end-to-end network architecture. Finally, key enablers towards (1) ultra-low power MTC, (2) massively scalable global connectivity, (3) critical and dependable MTC, and (4) security and privacy preserving schemes for MTC are detailed. Our main objective is to present a set of research directions considering different aspects for an MTC-optimized 6G network in the 2030-era. | Paper Link |
| KHOIRUN NI`AMAH, I NYOMAN APRAZ RAMATYANA, KHOIRUL ANWAR | Art, Design & Social Innovation for Social and Cultural Sustainability | Coded Random Access Prioritizing Human Over Machines for Future IoT Networks | In this paper, we propose a new access technique to prioritize human over machines for future wireless Internet-of-Things (IoT) networks. This paper develops coded random access (CRA) using repetition codes as a multiple access scheme for ultra high dense networks, which is expected to serve millions of nodes, covering human and machines simultaneously. Repetition codes are selected because of its simplicity in design and implementation, where a packet is copied and transmitted to the common destination according to the designed rate. This paper aims to maximize the number of users (both human and machines), where the priority of access is given to the human. In this study, human and machines are using coding and modulation system that match each other, according to extrinsic information transfer (EXIT) chart, to minimize loss. We evaluate the performance of the proposed access scheme using simple degree distribution for human and machines groups in terms of packet-loss-rate and throughput. We found that human group can be prioritized indicated by low packet-loss rate (PLR) and higher throughput. These results are believed to be useful for future application of super dense networks involving devices in the Internet-of-Things (IoT) networks. | Paper Link |
| KURNIATI BUNGA RINDU, MUHARDI SAPUTRA, WARIH PUSPITASARI | Art, Design & Social Innovation for Social and Cultural Sustainability | Custom Communication Channel To Handling Application Management Services: Using Salesforce | XYZ Company is an IT consulting firm focused on end-to-end business management solutions that can help address today's business challenges. The large number of clients handled with various application solutions makes it difficult for XYZ company to handle their support tickets. Making support tickets from various communication sources such as WhatsApp, email, telephone, and the CX web is also complicated for agents to record client tickets. Not only recording in reporting becomes difficult because tickets are made from various communication sources. This causes support tickets that are difficult to monitor, causing the number of SLA support tickets that are not reached from the expected target. Based on these problems, it is necessary to have a centralized system that can monitor agents' handling of support tickets to determine the agent's performance and SLA achievement for each entry ticket. The use of the Salesforce system as a web-based platform can solve the problems that occur in Salesforce Management Support Applications offer system integration that allows all processes with only one platform. Implementation of Salesforce as a communication channel to handle support tickets is carried out using the salesforce adaptive methodology. | Paper Link |
| KUSWINDARINI, RENDY MUNADI, SUSSI | Art, Design & Social Innovation for Social and Cultural Sustainability | LPG Gas Leak System with Instant Messaging Whatsapp Communication Media Based on Internet of Things | The rise of fires caused by gas leakage, Liquefied Petroleum Gas (LPG) often occurs in the community and can cause material damage, as well as fatalities, in general, gas leaks occur due to problems with the regulator. Therefore we need an LPG leak control system that can provide information on LPG that can be accessed anywhere by using the IoT. In this project, an LPG controller system is designed using the IoT MQ-6 gas sensor based on the HTTP protocol using an internet connection. Sensor data obtained will be processed on Wemos D1 ESP8266. Then Wemos D1 ESP8266 will give instructions to the motor driver as the driver to be allowed and instruct the regulator on the automatic gas cylinder. This system is designed to allow LPG leakage and the presence of hotspots using Buzzers, LED lights, and messages that support the LCD screen. The warning is forwarded to the user via Whatsapp instant messaging communication media in the form of chat notifications. The test results show that the LPG leak control system can work well. And users have managed to get information through chat notifications from the Whatsapp messenger application. From the testing and analysis of the detection distance of the MQ-6 sensor, the greater the source of the gas leak with the MQ-6 sensor, the lower the level of gas leakage is read. The highest average end to end delay in sending Wemos to the Whatsapp application is 1.475 s. The biggest throughput is 242.554 bps. Value of availability and reliability are 96.60% and 96.71% repetitively by the pre-dertermined scenarios. | Paper Link |
| LEANNA VIDYA YOVITA, NANA RACHMANA SYAMBAS | Art, Design & Social Innovation for Social and Cultural Sustainability | Caching on Named Data Network: a Survey and Future Research | The IP-based system cause inefficient content delivery process. This inefficiency was attempted to be solved with the Content Distribution Network. A replica server is located in a particular location, usually on the edge router that is closest to the user. The user’s request will be served from that replica server. However, caching on Content Distribution Network is inflexible. This system is difficult to support mobility and conditions of dynamic content demand from consumers. We need to shift the paradigm to content-centric. In Named Data Network, data can be placed on the content store on routersthat are closest to the consumer. Caching on Named Data Network must be able to store content dynamically. It should be selectively select content that is eligible to be stored or deleted from the content storage based on certain considerations, e.g. the popularity of content in the local area. This survey paper explains the development of caching techniques on Named Data Network that are classified into main points. The brief explanation of advantages and disadvantages are presented to make it easy to understand. Finally, proposed the open challenge related to the caching mechanism to improve NDN performance. | Paper Link |
| LEANNA VIDYA YOVITA, NANA RACHMANA SYAMBAS, IAN YOSEF MATHEUS EDWARD | Art, Design & Social Innovation for Social and Cultural Sustainability | The Effect of Cache Partitioning and Sharing on Named Data Network | The IP network is inefficient to support data communication. The IP network modifications into a Content Distribution Network scheme can not accommodate consumer mobility and consumer demand patterns that is change dynamically. So that, Named Data Network has been proposed to focus on content for data communications. The Named Data Network router comes with a content store for storing data. The content store size is limited so special techniques are required to optimize content store usage and keep NDN performance in good level. In the previous study, the majority choose data to be stored in content stores based on content popularity only. Popular data will be prioritized to keep in content store and the data with less popularity will be deleted from content store when it is full. This basic technique is known as ‘sharing-technique’. Sharing-technique is difficult to differentiate the treatment of the data with more than one classification requirement. In fact, it is needed to differentiate the treatment for different requirements classes, not only the content priority. In this research, simulation is conducted to analyze the influence of content storage policy with sharingtechniques and partitioning-techniques. The partitioning- technique accommodates data storage that considers to the different class of content and also popularity of the content. The results of the simulation show that partitioning-technique gives maximum 36% more cache hit ratio than sharing-technique, view in network level. Partitioning-technique allows flexibility of class-based settings for content based on the proportion of content store, while in the sharingtechnique the difference in cache hit rate for content classes is not significant. | Paper Link |
| LENNY MERANTYCA, DINI SALMIYAH FITHRAH ALI | Art, Design & Social Innovation for Social and Cultural Sustainability | Cyber Corporate Social Responsibility Communication: Content Analysis on The Official Website of AQUA Group Company | The importance of extensive CSR communication is maintained to create a reputation and maintain long-term corporate sustainability. Thus, CSR communication needs to be maintained optimally and comprehensive in a sustainable way to help corporations increase its reputation in the stakeholder’s perception and avoid the crisis. Development of cyber information technology makes it easier for stakeholders to gain access to CSR communication, including the use of official websites as accurate as CSR incomes. The study aims to find out how the CSR cyber-communications company AQUA Group activity through official websites. The study studied CSR message content analysis, CSR information presentation, and CSR communication patterns formed by AQUA Group through official websites. The study employed qualitative method of content analysis with a post positivism paradigm. Data collection was done with documentation study techniques that fit the research purposes. The results shows that the content of the CSR’s cyber message has been communicated not to refer to the principle of transparency to the content of the internal group’s message on employment issues. The CSR’s cyber information presentation suggests the AQUA Group has a high level of interactivity on the information fulfillments facility, but it has a low rate of accessibility. The CSR’s cyber communication pattern that AQUA Group used a symmetrical two-way communication pattern (the two way symmetrical) by building on stakeholder relationships. | Paper Link |
| LINDA MEYLANI, DR. ADIT KURNIAWAN | Art, Design & Social Innovation for Social and Cultural Sustainability | Interference Limit Based Resource Allocation for Low Density Signature OFDM in Underlay Cognitive Radio Networks | In underlay cognitive radio, cognitive users (CU) or secondary users (SU) are allowed to use a licensed spectrum band simultaneously with primary users (PU) as long as the overall interference generated is still below PU's interference limit. To accommodate the large number of SU users and manage the interference in each subcarrier, CR system used low density signature orthogonal frequency division multiplexing (LDS- OFDM) as a multiple access scheme. LDS-OFDM allows each user to spreading their symbols on a small set of subcarriers and set the number of users that using the same resources. This paper proposes a radio resource allocation scheme for SU with respect to d c as a number of users that allowed to access subcarrier and the interference threshold required by PU. The simulation results show that the outage probability not only depend on the interference limit (I L ) determined by PU but influenced by the number of subcarriers that can be accessed by SU (d v ) and the number of users allowed to access a resource (d c ) as well. | Paper Link |
| LUTHFI NUR, ARFIANTO FAHMI, BRIAN PAMUKTI | Art, Design & Social Innovation for Social and Cultural Sustainability | Performance Evaluation Of Successive Interference Cancellation On Gain Ratio Power Allocation Using Underwater Visible Light Communication Channel | Underwater Visible light communication (UVLC) is a network communication wirelessly where information is transmitted employing light through visible waves; in this case, the light source comes from a light-emitting diode (LED) as a transmitter underwater. VLC has several advantages over radio frequency technology, such as safer communication because light propagation cannot penetrate the wall, so it is difficult to do hacking, easy to get a license, relatively build cheap cost, and has no side effects on health. However, VLC has several limitations, one of which is the narrow bandwidth modulation. VLC undergoes a distribution of modulated bandwidth to allocate against each user. This bandwidth sharing has an impact on reduced system capacity. This study applied non-orthogonal multiple access (NOMA) to increase system capacity. This research analyzes the performance of the two best power allocation methods in a water medium, including gain ratio power allocation (GRPA) and static power allocation (SPA). In the results obtained in the NOMA-UVLC power allocation value, GRPA is more stable than SPA power allocation. Then applying residue in the successive interference cancellation (SIC) process will result in a decrease in system capacity compared to no residue in the SIC process. This study found that the GRPA power allocation is more stable in capacity performance compared to the application of SPA power allocation. Average capacity increase of 48.5% in GRPA power allocation | Paper Link |
| M. ALFAROBY. E, NACHWAN MUFTI ADRIANSYAH, KHOIRUL ANWAR | Art, Design & Social Innovation for Social and Cultural Sustainability | Study on Channel Model for Indonesia 5G Networks | The fifth telecommunication generation (5G) is expected to be deployed in 2020 with significant improvement and services. This paper studies a preliminary model of Indonesia 5G channels based on statistical spatial channel model (SSCM) for operating frequency of 28 GHz. We calculate the estimate channel capacities of Indonesia 5G (per link) from the obtained power delay profile (PDP) to observe the outage probability representing the theoretical performances of 5G in Indonesia. The outage probability is calculated from the probability when the channel capacity C dropped into a value below the channel coding rate R with a probability of P (R ≥ C) due to the dynamic fading, indicating a failure of detection. The outage probability is in detail analyzed in this paper since it is expected to be used as a reference performance of 5G in Indonesia. We conduct a series of computer simulations to evaluate the performance of Indonesia 5G under the obtained channel model based on cyclic prefix-orthogonal frequency division multiplexing (CP-OFDM) with a channel coding scheme. We found an agreement in terms of diversity of practical and theoretical outage probability confirming a good estimation of the performance of 5G in Indonesia. The results are expected to be useful to assist real-field 5G experiments in Indonesia and help optimal design and implementation of Indonesia 5G networks in Indonesia. | Paper Link |
| M. TEGUH KURNIAWAN | Art, Design & Social Innovation for Social and Cultural Sustainability | Maintain Throughput for High-Performance Wireless Network in Diverse Environment | The development of ICT (information communication and technology) has been very rapid in this decade. This is supported by the availability of adequate network infrastructure for both wired and wireless networks. The development of wireless networks is faster than wired networks. Wireless networks are more flexible, cheap and easily installed, which makes them more attractive. But wireless networks have the disadvantage of being particularly vulnerable to congestion. This congestion has a major impact on network performance, as measured by network throughput per user. Wireless networks also vary dependent on weather and environment, or interference. In this research, interference was tested on throughput and how to maintain a high value of throughput with a variety of diverse environments. The results of this research found that congestion greatly affects throughput. Keeping throughput high is done by increasing signal transmission and antenna gain at the receiver. REFERE | Paper Link |
| MANZILA IZNIARDI DJOMI, RENDY MUNADI, RIDHA MULDINA NEGARA | Art, Design & Social Innovation for Social and Cultural Sustainability | Analisis Performansi Layanan FTP danVideo Streaming berbasis Network Function Virtualization menggunakan Docker Containers | Network infrastructure such as routers, traditionally using proprietary hardware. Virtualization technology on network function or NFV (Network Function Virtualization) makes this service can be implemented as a software application that can run in virtual environment or Virtualized Network Functions (VNFs). In addition to using hypervisor (hardware-level virtualization), virtualization technology has an alternative implementation using containers technology (Operating system-level virtualization), one of them using Docker. This research implements FTP and video streaming services on NFV networks in Docker Containers. Without background traffic, the service demonstrates QoS performance that meets the ITU-T G.1010 standardization with 0.12 ms FTP delay and 6.21 ms video streaming delay and with packet loss value of both services at 0%. CPU usage on Docker when service runs below 1%. | Paper Link |
| MARTHA TRI LESTARI | Art, Design & Social Innovation for Social and Cultural Sustainability | Analysis of the use of Social Media Monitoring for the existence of public opinion (Case study on PT. Telkom Indonesia Tbk Digital Platform) | With the development of information and communication technology today, it makes the community both individually and society in the realm of industry carry out communication activities using media which is often referred to as digital media. Digital media commonly used today is digital media that is generally owned by Indonesian netizens, namely social media. By only having internet access all netizens can become social media users. Using internet access is not only used by Indonesian people in person, but Indonesian people to interact in an industry / company often interact with the use of internet media, considering that the development of the Digital Industry Revolution has entered the Industrial Revolution 4.0. “Both practitioners and academics agree tha t the social revolution occurring through digital channels will have a profound impact on hoe people interact with each other and how companies manage their relationships in the changing communications landscape (Greenberg, 2010;Kletzmann et al.,2011;Denni s et al.,2009)” ( Journal of Business & Industrial Marketing, Vol. 30). The government is committed to increasing Indonesia's competitiveness position from 41st to 39th in the world from 138 countries listed in the 20162017 Global Competitiveness Report. T o achieve this goal, one of the solutions being pushed by the Ministry of Industry is to spur domestic industries to continue to innovate in the face of the implementation of Industry 4.0. Because of industry will not be that case, human interaction in the separated from a communication process, it's just that at this time different is a tool / media in carrying out the communication process, which originally used conventional communication media to switch to convergence (digital) communication media. Currently PT. Telkom Indonesia Tbk as a subject of this research, conducts monitoring and analysis of public opinion one of them by using Social Media Monitoring. Based on the results of pre interview some informants, they said that PT. Telkom Indresearch by onesia Tbk conducts Social Media Monitoring eting. with the aim to find out how much positive / negative sentiment to Telkom's Social Media brand as a whole building to Corporate Image and also for the others needed such as building Product Image and Product Mark PT. Telkom Indonesia Tbk analyzes public opinion with the use of social media because there is an element of transfer of communication patterns from conventional media to digital media, but apart from that, PT. Telkom Indonesia Tbk continues to ana lyze conventional public opinion, including via email, the voice of the reader, also through the call center 147 service and also through the application "apps my indihome". In addition, PT Telkom Indonesia often analyzes public opinion with the support o f various other events, also the Marketing Promo namely the "Public Hearing" and also "Focus Group Discussion" carried out by each division of the platform holder where in this research is the Corporate Communication Division, Customer Division Care and Di vision. The research method used in this study is a case study where there is a pecualiarity in this study, namely PT Telkom Indonesia Tbk is an industry that is very concerned about public opinion on its customers so that handling feedback becomes a ver y important and main thing by doing social media monitoring with help by the agency or carred out by related unit employees. | Paper Link |
| MEUTIA GINA SALSABILA, MUHAMMAD ARY MURTI, AZAM ZAMHURI FUADI | Art, Design & Social Innovation for Social and Cultural Sustainability | Design Of 3 Phase Kwh Meter Communication Based On Internet of Things (IoT) Using LoRa | kWh meter is a tool to measure the use of electrical energy. This tool is widely used at home and in industry. Most kWh meters can only display the amount of electricity used from the display on the kWh meter. This causes power users to be unable to view or monitor electricity usage remotely. This Internet of Things (IoT) based kWh meter communication design allows all data from the kWh meter to be sent to the gateway and forwarded to the IoT cloud. LoRa (Long Range) communication will be used in this research. The kWh meter that has been added with IoT technology is expected to make it easier for users to monitor the electricity consumption data from anywhere. The results of the tests in this final project, the device is able to read the data on the amount of electricity from the kWh meter. The LoRa communication module can send the data taken from the kWh meter to the gateway to be displayed in Antares. The data transmission results have an average SNR 9.81 dB, RSSI −78.14 dBm, delay 3.546 seconds, and packet loss 1.11%. | Paper Link |
| MIA AMELIA, AUGUSTINA ASIH RUMANTI | Art, Design & Social Innovation for Social and Cultural Sustainability | Perancangan Alat Ukur Potensi Wisata Budaya Pada Kabupaten Rembang Menggunakan Metode SECI dan AHP | Rembang Regency is not a tourist destination in districts or cities in Central Java because tourist visits to tourist objects in Rembang Regency are still relatively small when compared to other areas around Rembang Regency such as Demak Regency, Kudus Regency, and Semarang Regency. The potential for cultural tourism in Rembang Regency is still relatively small compared to natural and artificial tourism. So that the potential to be taken is the potential for cultural tourism. There are six components of tourism development as the basis for research: Attraction, Amenities, Ancillary Service, Activity, Accessibility, and Accommodation. There are additional tourism development components from interviews with the Culture and Tourism Office of Rembang Regency, namely Environment and Human Resources. So that it can be managed clearly and accurately measured and tourism potential can be said to be feasible, it must first design indicators so that tourism managers can find out what must be developed for cultural tourism potential, so that later it is expected to become a tourist destination that can help the economy in the Regency Rembang. This study uses the SECI method (Socialization, Externalization, Combination, and Internalization). After getting the indicator then, calculate the weight using AHP (Analytical Hierarchy Process) | Paper Link |
| MIQUEIAS DOS A DA C DA CONCEICAO, LUCY PUJASARI SUPRATMAN | Art, Design & Social Innovation for Social and Cultural Sustainability | Strengthening Family Communication Bond through WhatsApp Media Group in Timor Leste | The presence of social media in this digital era especially WhatsApp messenger is considered to be able to facilitate the communication process for everyone. The use of WhatsApp is not only intended for interpersonal communication. However, WhatsApp also offers a feature where users can communicate in a group or what is also called the WhatsApp group feature. Today, WhatsApp groups have become a media of communication that iscommonly used among families, especially in Dili, Timor Leste. The presence of the WhatsApp Family Group has also helped the family in the way of communicating with each other. This research is conducted to identify how the WhatsApp Family Group strengthens the communication family bond over families in Dili, Timor Leste. This research was utilizing the new media theory and qualitative approach with the descriptive method through the interview, observation, and documentation study. The results of this study pointed that the WhatsApp group has strengthened the family communication bond and also WhatsApp group has become media of communication, media information and media of entertainment for family utilized WhatsApp group in Dili, Timor-Leste. | Paper Link |
| MOHAMAD YASIN RAMADHAN, MUH. IMAM NASHIRUDDIN, MUH. IMAM NASHIRUDDIN | Art, Design & Social Innovation for Social and Cultural Sustainability | Performance Evaluation of Radio Resource Allocation Algorithm for 5G Device-To-Device Communication Underlying on 4G LTE Networks | One of the advanced features of 5G technology is the Device-to-Device (D2D) communication, which capable of serving peer to peer communication, and D2D pair can communicate directly without having to pass through the Base Transceiver Station by re-using the frequency spectrum (resource) from the cellular user. D2D communication led to significant interference on mobile networks when sharing radio resources, and precise radio resource allocation requires algorithms to reduce interference. This study aims to evaluate the most optimal radio resource allocation algorithm of 5G D2D communication underlying on a 4G LTE network using heuristic algorithms, minimum interference algorithms, and random allocation algorithms. Each algorithm tested with the scenario that involved variations of the cell radius distance, the value of data rate, fairness, and energy efficiency to determine the most optimal algorithm. The result shows that the higher amount of cell radius distance in a system makes the value of the system's data rate, fairness, and energy efficiency smaller because the gain on the device in the system also becomes smaller. Heuristic algorithms were having better data rates and energy efficiency compared to other algorithms. Therefore, it is suitable to be used when the level of system complexity is high. However, it works less optimally when a system has a vast cell radius because the heuristic algorithm's performance value tends to decrease with a more significant difference at each increase. | Paper Link |
| MOHAMMAD ISA PRAMANA KOESOEMADINATA, ALVANOV ZPALANZANI MANSOOR, | Art, Design & Social Innovation for Social and Cultural Sustainability | Visualization of princess characters in the Wayang comics of Teguh Santosa for digital graphics development | Women’s issues are frequently brought up within cultural studies and academic discourses in correlation with the patriarchal culture which is still embedded in traditional Javanese views. Issues that are rarely studied are women’s portrayal in Indonesian comics, especially the wayang genre that refers to Javanese culture. Wayang art is significant to Javanese culture, along with its patriarchal ideology. By assumption, that ideology is also reflected in the wayang comics. Using descriptive qualitative analysis, preceded by aesthetical morphology, this paper discussed the way a wayang comic artist visualized princess characters. Teguh Santosa was chosen due to his reputation as an Indonesian comic maestro, along with his sensual visualization of women. Finally, the kind of sociocultural context with which Teguh perceived women, and the visual translation method he invented, was explored. This will complete understanding on Javanese wayang adaptations into comics and the possibility of it being realized in digital media. | Paper Link |
| MUH. IMAM NASHIRUDDIN, BERLIAN NURFADHILAH, BRIAN PAMUKTI, MUHAMMAD ADAM NUGRAHA | Art, Design & Social Innovation for Social and Cultural Sustainability | Performance Evaluation of Visible Light Communication System Design in Indoor Scenario | The successor of the fifth-generation (5G) cellular technology is the sixth-generation (6G) wireless communication network. It is one of the most anticipated technologies because the 6G network operates at considerably higher frequencies, has far greater capacity, and has much-reduced latency than 5G networks now do. Visible Light Communication (VLC) is a new technology in Optical Wireless Communication (OWC) that has the potential to become the communication medium for a 6G network through the visible light from Light Emitting Diode (LED) that can be implemented for indoor and outdoor communication systems. We have done simulations with the assumption that communication occurs indoors and uses the line of sight channel model. We also consider a high bit rate of up to 1 Gbps to meet future needs. For indoor VLC systems, the LED placement technique is very influential on the coverage of a room, and this research proposes designing VLC systems in a closed indoor room, measuring 5×5×3 m3 . The computer simulation obtained the highest received power at −18 dBm with the best coverage link communication 1.88 m 2 and receiver propagation distance to the transmitter at 2.397 m. | Paper Link |
| MUHAMMAD ARIEF NUGROHO, NOVIAN ANGGIS SUWASTIKA | Art, Design & Social Innovation for Social and Cultural Sustainability | Perancangan Intrusion Prevention System pada Jaringan Software Defined Networks | Network Security become important part when implementing Software Defined Netwowk. Providing secure networks in SDN became more challenging because network devices have to detecting, identifying and preventing network attacks, compared to traditional architecture that need special hardware to do that job. Intrusion Prevention System (IPS) is a method for detect, identify, prevent network attacks automatically. The integration of IPS into SDN networks provides advantage that administrators can organize and monitor network security centrally. Based on experiment result, the integration of IPS into SDN networks able to detect, identify, and prevent attacks that occur in the SDN network based on rule defined in IPS. But, it has drawbacks that network performance including throughput, delay, and jitter decreased. This happens because every packet that passes through the network device must be checked by SDN controller and IPS system | Paper Link |
| MUHAMMAD ARZAKI | Art, Design & Social Innovation for Social and Cultural Sustainability | Elementary Analysis of the Communication Complexity of Divide-and-Conquer Diffie-Hellman Key Agreement Protocol | We present a rigorous elementary analysis of the communication complexity of the Divide-and-Conquer Diffie-Hellman Key Agreement Protocol (DC-DHKA). The analysis is conducted by first determining the number of transmissions in DC-DHKA and then comparing the resulting communication complexity of this protocol with other variants of Diffie-Hellman key agreement protocols that utilize regular Diffie-Hellman key, namely the ING, GDH.1, GDH.2, and GDH.3 protocols. The mathematical and numerical analyses show that the total number of bits transmitted in the DC-DHKA protocol is always fewer than those of ING, GDH.1, and GDH.2 protocols for a group of N >= 19 participants. In addition, we also prove that the total number of bits required for the entire messages’ transmissions in DC-DHKA protocol for N participants that uses the multiplicative group Fq* is log2(q) 2^(log2(N)) (log2(N) + 1) - 2. | Paper Link |
| MUHAMMAD FAUZAN NUR ADILLAH, DANANG JUNAEDI, YANUAR RAHMAN | Art, Design & Social Innovation for Social and Cultural Sustainability | User Interface Model for Visualization of Learning Materials in Comic Strip Form Using Goal-Directed Design Method | In a learning process to help students remember and understand the material, one effort can be made to provide essential points. Students are less interested in delivering essential points based on text because they are considered monotonous. Nowadays, many students tend to read comic books rather than books. Comics can wash away the emotions of readers in the storyline. Therefore, we need supporting media to help teachers visualize essential points in the book in comic form. So that to help teachers in this regard, a user interface model is needed. This research was conducted with a Goal-Directed Design approach to gain user perspective in developing supporting tools to visualize the material's crucial points in the form of comic strips. Testing the resulting model was carried out twice and each test involved 15 respondents to get maximum results. Based on the evaluation results using the USE Questionnaire evaluation method for the prototype made and the results were in the excellent category. Thus, the resulting user interface model supports teachers in delivering learning material in comic form following the expected objectives. | Paper Link |
| MUHAMMAD HENDRA MAULANA SAMBAS, ABDUL KHAMID RIDWANUDDIN, KHOIRUL ANWAR, NACHWAN MUFTI ADRIANSYAH | Art, Design & Social Innovation for Social and Cultural Sustainability | Performances of Future Railway Mobile Communication Systems Under Indonesia Railway Channel Model | This paper provides the performances of future railway mobile communication systems (FRMCS) based on the fifth generation new radio (5G NR) which is soon replaced Global System for Mobile Communication-Railway (GSM-R) for high speed railway in Indonesia. This paper focuses on FRMCS performances evacuation affected by Doppler effect and interference of cellular GSM. To evaluate the FRMCS performances, Indonesia FRMCS channel model is proposed in this paper and obtained from a series of computer simulations with natural environment based on long-term local data parameters of Bandung and Jakarta. This paper also produces outage performances of FRMCS Indonesia channel model which is performed using simple channel coding and validated with bit error rate (BER). Finally, this paper has shown that FRMCS is promising as strong candidate of future high speed railway technology in Indonesia because of its reliability to overcome interference with cellular GSM and the Doppler effect that occurs at high speeds. Those results are expected to be the main reference in the development and implementation of FRMCS in Indonesia. | Paper Link |
| MUHAMMAD TITO THORIQ TAUFIK, FETTY POERWITA SARY | Art, Design & Social Innovation for Social and Cultural Sustainability | The Influence of Individual, Organization Technology Factors on Knowledge Sharing in Indonesian Telecommunication Company for Kalimantan Area | This study aims to examine the effect of individual, organizational, and technological factors on knowledge sharing that refers to the analytical framework of Lin (2007), where the scope of this research is an Indonesian telecommunications company for the Kalimantan area. The research method used in this study is a quantitative research method with descriptive, verification, and causal research types. Data analysis techniques used are descriptive analysis and path analysis. This study involved a sample of 228 employees who filled out a questionnaire containing 37 questions. The sampling technique used in this research is Proportionate Cluster Sampling | Paper Link |
| MUHAMMAD YUSUF RIZALDY, ERWIN SUSANTO, JUNARTHO HALOMOAN | Art, Design & Social Innovation for Social and Cultural Sustainability | Rancang Bangun Otomatisasi Rumah Berbasis Wireless Sensor Network Menggunakan Protokol Komunikasi Message Queuing Telemetry Transport | Home electronic devices, such as lights, fans, and etcetera are now an inseparable part from the daily life of current society. However, these devices are often used in a wasteful manner. A room light, for example, is often still lit even though it is no longer used. Therefore, a home automation system that can help users to monitor and switch their electronic devices remotely through a user interface must be designed. This research resulted in the design of home automation systems using Wireless Sensor Networks (WSN) which were used to switch the electronic devices and communicate with the user interface. Communication between WSN and the user interface was regulated through the Message Queuing Telemetry Transport (MQTT) protocol. The results of this study were a design of home automation systems that can switch electronic devices remotely with an average delay performance of 0.509 seconds. The quality of the designed WSN was classified as "good" using the Telecommunications and Internet Protocol Harmonization Over Networks (TIPHON) standards, where the round-trip time (RTT) gateway with a latency value was 16.452 ms, jitter was 6.618 ms, and packet loss was 0%. | Paper Link |
| MUHARMAN LUBIS, ENGLA RAAFI, SENDY PRAYOGO | Art, Design & Social Innovation for Social and Cultural Sustainability | Beyond Data Quality: The Assessment of Data Utilization in Indonesian Telecommunication Industry | Data quality issues are exacerbated when information is distributed across heterogeneous siloes data stores throughout the organization. The nature of this environment usually involves an architecture of values that conflicts with various formats. Even within a single database, consistent data quality is not always good unless appropriate rules are applied. Whether the information is dormant in the data warehouse or manipulated quickly by the application, the data quality is not enforced at all or is controlled by various components with inconsistent rules embedded in the code. To turn information into knowledge and harness its great value, data quality must, of course, be addressed through the application of continuous data processing, starting with proper and systematic evaluation. Therefore, using hard rules across the enterprise, not only at the database level but also at the application and process level, can help deliver services and improve customer satisfaction. | Paper Link |
| MUHARMAN LUBIS, FIRDAUS ADI NUGROHO, LYVIA WINIYANTI | Art, Design & Social Innovation for Social and Cultural Sustainability | Mapping of TOGAF ADM and TMForum Frameworx in the Telecommunication Industry | Nowadays, the telecommunication market is developing actively and dynamically. Flexibility and agility are required, in which the alignment between business process and IT strategies is a mandatory attribute to be able to sustain in the hard competition for the open market. To allow the alignment, several companies adopt the use of an Enterprise Architecture (EA), which in the process of designing, it is necessary to use specific framework such as TOGAF based on certain best practice. In the telecommunication industry, a collaboration framework is needed due to several factors such as availability, novelty and technicality, in which one of the telecommunication associations, known as TMForum, provides frameworks, namely, eTOM. To identify the mapping between these frameworks, interviews and observations are used in this study. The secondary data source is the result of a review of publications on the implementation of EA and the use of a broader framework in the telecommunication industry such as the utilization of subcomponents of eTOM such as SID and TAM. Therefore, in this study, TOGAF will be mapped to eTOM. | Paper Link |
| MUHARMAN LUBIS, HIKAM HAIKAL RADYA HANS ANANZA, FRITASYA DWIPUTRI SURYOPUTRO | Art, Design & Social Innovation for Social and Cultural Sustainability | Analysis and Design of Policy and Standard Operating Procedure (SOP) for Information Technology in the Communication and Information Services Department | SOP as quality standards to perform the process of the instruction and executing tasks and activities are important for an organization. The communication and information services in West Java Province has developed a service known as Management of West Java province domain emails. SOP for service provided is to support the procedures needed for the continuity of service provided needed for the continuity of service. This research uses an observation and interview as a method to collect data. SOP will divide into 5 categories by the answer of a data interview that has been collected. This paper tries to explain what are necessary and which type of work needs to be done for writing SOPs for service provided in the communication and information services of West Java Province. | Paper Link |
| MUHHAMAD AFFAN HASBY, AJI GAUTAMA PUTRADA, FEBRI DAWANI | Art, Design & Social Innovation for Social and Cultural Sustainability | Quality Comparison of WebRTC and SIP Audio and Video Communication | Video and audio communications have become part of all areas of work. Two real-time communication protocols commonly used for IP-based video and audio communications are Session Initiation Protocol (SIP) and real-time web communications (WebRTC). Both protocols have been widely used in softphone and video conferencing applications. The main objective of this research is to make an analysis of the performance of a client server application for video and audio communications developed by SIP and WebRTC. The SIP system consists of a softphone on the client side using Bria and a FreePBX server, forWebRTC applications, using JavaScript and a server at Node.js. The results showed that the WebRTC audio and video communication provided better quality in terms of PSNR. This is due to the different codecs used between WebRTC and SIP. WebRTC uses VP8 as video codec, SIP uses H.246 as video codec, WebRTC uses G.711 as audio codec, and implemented SIP uses G.729 as audio codec. | Paper Link |
| MUTHIA DWIFARINA ARZA, YUYUN SITI ROHMAH, RADIAL ANWAR | Art, Design & Social Innovation for Social and Cultural Sustainability | Design and Realization of Linear Array Triangular Patch Microstrip Antenna for Digital Television | Recently the development of technology in telecommunications system, especially Digital Television (DTV), is growing very rapidly. In Indonesia, the adopted technology is Digital Video Broadcasting Terrestrial Second generation (DVB-T2) and has been utilized since 2012. It uses the UHF frequency range that is same with analog television. One device that is used to support DVB-T2 application is the antenna. It should inherit wide enough bandwidth as well as high gain to obtain good performance in receiving the DTV signal. In this paper, design of a linear triangular microstrip patch array antenna for DTV application is proposed. The design is adopting CPW-fed, parasitic patch and air gap methods to obtain wide bandwidth and relatively high gain. The proposed antenna has been fabricated and measured. The actual obtained bandwidth of this antenna is about 400.2 MHz. The value of VSWR, return loss and gain is of about 1.25, -18.79 dB, 3.21 dBi respectively, and has a unidirectional radiation pattern with elliptical polarization. The proposed antenna has been used to receive DTV signals and showed good results. | Paper Link |
| NACHWAN MUFTI ADRIANSYAH, KHOIRUL ANWAR, IKHFAN AMMAR RANGKUTI, DANO SETO ANBELA, NISA NOOR AMALIA, LIA SUCI WALIANI | Art, Design & Social Innovation for Social and Cultural Sustainability | Simple Doppler Spread Compensator for Future Railway Mobile Communication Systems (FRMCS) | The high speed railway technology is one of the important part of future railway system, where the system is suffering from the Doppler effect. In this paper, the Doppler Spread Compensator (DSC) technology is proposed for future railway mobile communication systems (FRMCS), where interpolator based on Minimum Mean Square Error (MMSE) and array antenna are used to assist the DSC. This DSC technique plays an important role in the high speed railway technology to compensate the Doppler effect. We evaluate performance of the system in terms of bit-error-rate (BER) using a series of computer simulations. We also evaluate the performance of DSC assisted by array antenna elements. We confirmed that the proposed simple DSC works well even though the railway is with high speed of 500 km/h. The results confirmed that the array antenna helps to improve the performances of FRMCS. The results are expected to contribute to the development of communications of FRMCS for high speed train. | Paper Link |
| NASRULLAH ARMI | Art, Design & Social Innovation for Social and Cultural Sustainability | A Review of the Use Cases and Possible Technologies for 5G and Beyond Communications | 5G communication system is rapidly taking shape and for many organizations, including administrations, it is important to be aware of developments in this regard. At this stage, it is essential to know about 5G use cases and possible key technologies. This paper describes several anticipated 5G use cases across a handful of different sectors. It is important to remember that these comprise only a subset of possible use cases and these are all still new. As-yet more new use cases are expected to emerge and the need to prepare their adaption in 5G and beyond. From wireless transmission, wireless access and network perspectives, the possible key technologies of 5G, including Massive Multiple Input Multiple Output (MIMO), Beam-forming, Device-to-Device communication system (D2D), non-orthogonal multiple access (NOMA), Full duplex, Small cells, cognitive radio(CR), etc. and their latest progress are presented comprehensively and thoroughly. Each has enormous advantages but also limitations. The Full duplex which will help to double the capacity of the channel compared to the Half-duplex technology of 4G and Small cells combined with millimeter waves to have a wide bandwidth. These Small-Cells are essential for energy reduction and also for improving latency. But these Small-Cells require the use of intelligent antennas, that is to say, the diagrams of which are directive and reconfigurable at the request of the user Future research challenges regarding 5G and beyond wireless communication are also discussed. | Paper Link |
| NAUFAL ALIM HARYA PUTRA, EDWAR, DAFFA ULHAQ KUSMARA | Art, Design & Social Innovation for Social and Cultural Sustainability | Design of Cubesat Microstrip Antenna with Metamaterial Structure for LoRa Communication | Due to Indonesia's position in the ring of fire implies a potential disaster throughout the year, it needs to be mitigated by installing ground sensor data throughout Indonesia including in remote areas, but most places lack communication signals. The satellite-based mitigation communication system is one solution in connecting sensors and ground stations. It requires an antenna that has compact size and high performance to do the mitigation communication system. A rectangular microstrip antenna for LoRa communication in the 924 MHz frequency range for disaster mitigation is proposed to improve the performance of Lora which has low power and long-distance performance characteristics. The antenna is made with a Rogers Duroid RT6006 substrate and applies a Single Complementary Split Ring Resonator (CSRR) to increase gain and reduce antenna dimensions. Based on the simulation, the antenna return loss 16.15 dB, gain 2.2 dBi, and elliptical polarization with axial ratio 6.98 dB. Measurements show the performance of return loss 19.82 dB, gain 2.6 dBi, and an elliptical antenna with an axial ratio of 7.2 dB. | Paper Link |
| NIDYA DUDIJA | Art, Design & Social Innovation for Social and Cultural Sustainability | DIGITAL TRANSFORMATION: IS GONNA BE CULTURE SHOCK? | This paper is conducted to describe the digital transformation using the theory of culture shock. It purposes to generate a mapping of culture shock theories by applying a descriptive qualitative approach and literature review of some previous studies. Successful digital transformation of organizations must be supported by digital talent transformation, digital product transformation, and digital infrastructure. In fact, these changes can lead to culture shock, that affects the performance of individuals and organizations. This paper will analyze digital change using the stage of culture shock which consists of four stages including the honeymoon phase, culture shock phase, adjustment phase, and mastery phase. The results of this study are descriptions of each phase and strategy for handling culture shock. So the development concept of the culture shock concepts can be use to explain the dynamic change to achieve organizational sustainability. | Paper Link |
| NIDYA DUDIJA, PARMAN SUKARNO | Art, Design & Social Innovation for Social and Cultural Sustainability | BUILDING AGILE WORKFORCE FOR FACING DIGITAL INDUSTRY | Changes in technology have encouraged the organization to make changes to survive in a dynamic environment. By utilizing digital innovation, the business industry begins to develop itself and play in the digital market. Competition in this digital business can certainly be won if human resources and ways of working within the organization make changes. Changes from the manual work to digital work put forward the principle of agility. Many methods developed to create agile workforce include Lean Strartup, Scrum, Holacrarcy, design thinking, etc. This paper is conducted to describe building agile workforce methods. It purposes to generate a mapping of human development in the digital era by applying a descriptive qualitative approach and literature review of some previous studies. The results of this study are description scrum method concept of working as a strategy for facing the competitive industry in the digital era. | Paper Link |
| NISA NOOR AMALIA, KHOIRUL ANWAR, NACHWAN MUFTI ADRIANSYAH | Art, Design & Social Innovation for Social and Cultural Sustainability | PENINGKATAN KINERJA FUTURE RAILWAY MOBILE COMMUNICATION SYSTEM UNTUK KERETA CEPAT INDONESIA DENGAN SINGLE INPUT MULTIPLE OUTPUT - DOPPLER SPREAD COMPENSATOR | Future railway mobile communication system (FRMCS) merupakan sistem pensinyalan kereta cepat berbasis the fifth telecommunication generation new radio (5G NR) third generation partnership project (3GPP) TS 22.289 dan European telecommunication standard institute (ETSI) TR 103 459. Pergerakan kereta yang cepat mengakibatkan kerusakan sinyal akibat adanya pergeseran frekuensi yang dirasakan oleh penerima, sehingga mengganggu sistem komunikasi kereta cepat. Untuk mendukung pensinyalan kereta cepat yang baik dan berkapasitas besar, makalah ini mengusulkan single input multiple output (SIMO) dengan Doppler spread compensator (DSC) untuk memanfaatkan space diversity kanal antara transmitter dan receiver yang terletak di atas gerbong kereta. SIMODSC yang diusulkan memiliki dua antena array paralel yang berjarak 5? = 1.6 m di atas gerbong kereta. Evaluasi SIMO-DSC yang diusulkan dilakukan dengan rangkaian simulasi komputer untuk kinerja bit error rate (BER) terhadap signal to noise power ratio (SNR), frame error rate (FER) terhadap SNR, dan BER terhadap normalized Doppler spread ( fdTs) pada model kanal kereta Indonesia. Hasil penelitian menunjukkan bahwa SIMO-DSC mampu menghilangkan Eefek Doppler secara signifikan, dan meningkatkan performansi FRMCS meskipun pada kecepatan 1000 km/jam. | Paper Link |
| NOFHA RINA | Art, Design & Social Innovation for Social and Cultural Sustainability | Character Education Based on Digital Comic Media | Reading is one of the cultures in society that tends to be abandoned along with the rapid development of information technology as children nowadays tend to choose something practical as a medium for finding information. Therefore, to improve the latest learning methods through digital media, character-based literacy comics become the main choice in building positive educational values among elementary school students. This study aims to produce character-based comic media, determine the feasibility and effectiveness of character-based comic media on the development of character education for fourth-grade elementary school students. This research used development research consisting of some stages, namely: research and data collection, planning, product draft development, expert validation, expert-based revision, limited trials, improvement of the product of limited trial results, field trials, improvement of the final product, and product dissemination. The subjects of this study were the fourth-grade students of the Koran Elementary School (SDQu) i.e. 26 students consisting of 6 students for limited trials and 20 students for field trials. The results of this study show that: (1) character-based comic media was produced in thematic-integrative learning, (2) the developed comic media were viewed in terms of the quality aspects of media aspects and material aspects from the experts, the teacher, and the results of students’ responses were categorized very well , and (3) comic media developed effectively increased the value of student character in the learning process. | Paper Link |
| OLYVIA FRANSISKA ANDRIANI, KHOIRUL ANWAR, NACHWAN MUFTI ADRIANSYAH | Art, Design & Social Innovation for Social and Cultural Sustainability | Simple Iterative Channel Coding and Modulation for Harbor Wireless Communications | Monitoring systems at the harbor require a simple communication technique to save battery energy, strong in error correction, and suitable to the harbor channel model, of which the channel is predicted to have more number of path. This paper proposes (i) a harbor channel model and (ii) a simple iterative repetition coding for harbor wireless communication of monitoring systems. The harbor channel model is derived using a series of computer simulations based on real-field harbor environmental parameters, while the proposed iterative channel coding is based on the repetition codes assisted by a doped accumulator (ACC) with a doping technique. Channel coding and doping rates are designed using an Extrinsic Information Transfer (EXIT) chart and are evaluated using a series of computer simulations in terms of Bit Error Rate (BER) and Frame Error Rate (FER) performances with an outage performance as the theoretical baseline for comparison. Since the EXIT curve of the repetition codes has steep curve, we use a non-Gray Quadrature Phase Shift Keying (QPSK) to achieve a better matching between the decoder and the demapper of harbor channels. We found that the proposed simple repetition codes and non-Gray demapper provide excellent performances for harbor communications with a cliff of BER curve. The results of this paper are expected to contribute to the development of a reliable wireless communications for the harbor monitoring applications. | Paper Link |
| PUTU RIYANA PARAMITA, NACHWAN MUFTI ADRIANSYAH, VINSENSIUS SIGIT WIDHI PRABOWO | Art, Design & Social Innovation for Social and Cultural Sustainability | Greedy Based Radio Resource Allocation Algorithm with Sectoring Scheme in D2D Underlaying Communication | D2D communication is a communication that allows users to communicate without passing through the Base Station (BS). The D2D Underlaying communication system can use the same Resource Block (RB) as the Cellular User Equipment (CUE). Implementing this communication system can ease the burden on BS and can transmit data with higher throughput in low power. However, using RB simultaneously can cause interference and therefore an RB allocation scheme is needed. The algorithm used in the scheduling process of the uplink RB owned by CUE to the D2D pair is the joint greedy algorithm with sectoring scheme. This work used a scenario where the value of the D2D pair are varied. The parameters measured in this simulation were sum-rate, spectral efficiency and fairness. The simulation results show that the joint greedy with sectoring allocation scheme has good energy efficiency and spectral efficiency values of 6.063× 106 bps/watt and 16.982 bps/Hz. On the other hand, the D2D fairness value in the joint greedy with sectoring allocation scheme is 0.886. | Paper Link |
| RAGA FILYDEVILIA PUTRA, NACHWAN MUFTI ADRIANSYAH, BRIAN PAMUKTI | Art, Design & Social Innovation for Social and Cultural Sustainability | Resource Allocation with Random Orientation Using the Greedy Algorithm Method for Visible Light Communication | Visible Light Communication Technology (VLC) is a communication technology that has a large capacity in sending data. The allocation process is needed to improve the system quality in its implementation. This research will be focused to the process of allocating time slots to User Equipment (UE) by scheduling Greedy Algorithm. UE distribution is spreaded randomly in a 5x5x4 meter room with amounts from 6 to 24 UE and each direction of UE is changed gradually between 0°,15°, and 30°. The test results shows that the average of the total increase value in system channel capacity to variations of UE increases 0.034% when the system using the scheduling Greedy algorithm and it requires power consumption which 2.19 times more efficient. Changing the receiver's point of view to 30° results in an average total channel capacity of 1444.096 Mbps and the highest at 0° with 1503.478 Mbps in variations of the UE, then the fairness value of the system is affected by the available UE. The highest fairness value is 0.833 when the number of UE is 6 while the lowest fairness value is 0.208 when there are 24 UE in the system. This is prove that with adding the amounts of UE can increase the total channel capacity and reduce the value of fairness system. | Paper Link |
| RAHMADANI HADIANTO, RAHMADANI HADIANTO, TITO WALUYO PURBOYO | Art, Design & Social Innovation for Social and Cultural Sustainability | A SIMULATION STUDY OF SDN DEFENSE AGAINST BOTNET ATTACK BASED ON NETWORK TRAFFIC DETECTION | This paper discusses the Software Defined Networking (SDN) security experiment on Zeus Botnet attacks based on traffic behavior in the network. The development of SDN technology is increasingly in demand today, both on the researcher and industry side. This is inseparable from the SDN feature that gives the developer the flexibility to program the system inside. But on the other hand, the development of network technology cannot be separated from the threat of attack, especially Botnet attacks. Botnets are able to take control of the SDN network by attacking the control plane. This is possible when the botmaster enters a third party into the network and infects the associated device in the SDN network as a bot. This problem is categorized as Integrity in CIA triad (Confidentiality, Integrity, and Availability) used in the evaluation of security performance. Integrity in the CIA triad is a state of information that is always accurate and consistent until a recognized user makes a change. At the end of this paper will be explained about future research based on experimental test results. | Paper Link |
| RANTI RACHMAWANTI, CUCU RETNO YUNINGSIH | Art, Design & Social Innovation for Social and Cultural Sustainability | ART EXIBITION IN DIGITAL ART SPACE AS SOCIAL INTERACTION ARENA FOR ARTISTS TOWARDS THE METAVERSE ERA | With the help of several websites and smartphone application platforms, the number of digital visual arts performances and exhibitions is expanding. This indicates that social relationships have migrated into the virtual realm, offering artists more communication flexibility with a larger audience. This research investigates the social interaction between artists and viewers during an art exhibition and performance in a digital art environment. As actual space transforms into virtual space, the creation of digital art space signals a shift in the way art actors and viewers interact with art exhibitions. Digital art spaces allow users to connect and communicate as they see fit in the virtual world. Art exhibitions in the digital art space may be defines as taking place in a 3D environment arena with sophisticated interaction between organizers, artists, and spectators using a variety of communication method. | Paper Link |
| RANTI RACHMAWANTI, CUCU RETNO YUNINGSIH, DJARLIS GUNAWAN | Art, Design & Social Innovation for Social and Cultural Sustainability | Perancangan Aplikasi Digital Kultur sebagai Ruang Pamer Berbasis 3D Website untuk Karya Seni Rupa | This article discusses the design of the Digital Kultur application to become a virtual exhibition space for works of art/other visual arts. The background for this design is the acceleration of virtual technology which makes artistic activities undergo a transformation from a reality space to a virtual space. Digital art exhibitions are growing, with the support of various website and smartphone-based application platforms. This phenomenon is the basis for conducting research related to the Design of Digital Kultur as a 3D Website-Based Exhibition Space for Visual Art Works. The research methodology used is qualitative experimental, by developing Digital Kultur applications into digital interactive art spaces. The research results show that Digital Kultur as a virtual space that can hold visual art exhibitions is designed to have various features that make it easier for artists and audiences to access and enjoy exhibitions just like in a real gallery or exhibition space. This design is not only related to feature development, but also pays attention to the process of interaction between artists and audiences, so that the reality of the exhibition space for works of art can be fully felt even in a virtual space. | Paper Link |
| RANTI RACHMAWANTI, CUCU RETNO YUNINGSIH, SYARIP HIDAYAT | Art, Design & Social Innovation for Social and Cultural Sustainability | Pelatihan Seni Rupa: Implementasi Lukis Digital Dalam Platform Digital Kultur | Cultural arts activities in the 4.0 era require various innovations and increase the community's ability to use digital technology. The acceleration of digital technology has grown very rapidly, especially among the millennial generation. This indicates that it is necessary to increase digital literacy skills for school youth.Therefore, the Community Service Team for Fine Arts, School of Creative Industries, Telkom University conducted training for students of SMAN 6 Cimahi to improve their skills in the field of fine arts, through experimentation in making digital painting works. The platform used is the Ibis Paint application which has been provided on various mobile platforms. The result of the training is a themed digital painting that is contested between students at SMAN 6 Cimahi, then presented in the form of a virtual exhibition. | Paper Link |
| RANTI RACHMAWANTI, RANTI RACHMAWANTI | Art, Design & Social Innovation for Social and Cultural Sustainability | Digital Kultur: Music and Cultural Festivals platform of Performing Arts in Digital Era | This article discusses the results of research on the development of the Digital Kultur application as a platform for organizing cultural festivals. The purpose of this research is to find out the development indicators that can be used in applications. Digital Kultur is an invention in the form of an application made for organizing various cultural festivals in Indonesia. It is designed to be one of the solutions to address technological challenges in the world of music and performing arts. Digital Kultur has made it easy for participants to compete, perform and express their abilities in music not only within a small event, but also in a large-scale cultural festival, involving dance, folklore, and other art fields. By using this application, festival participants are managed online, starting from the registration process, auditions, judgment, up to the result before the final offline festival. Participants will perform live and record through the application of Digital Kultur in any city or place, respectively, with the specification of facilities and infrastructure adapted to the conditions of the local area. The selection and assessment process is carried out directly, and only selected participants as finalists will be invited to perform directly at the festival venue. The main point of using this application is the effectiveness and efficiency of the operational time of the festival. | Paper Link |
| RD. ROHMAT SAEDUDIN | Art, Design & Social Innovation for Social and Cultural Sustainability | CAMP: Congestion Avoidance and Mitigation Protocol for Wireless Body Area Networks | Advances in wireless communication technologies invented body sensor networks (BSNs) for health care systems. BSN monitor’s patients’ health remotely and automatically. It is economical and helpful solution for both patients and healthcare providers. WSN is made up of small Bio-medical sensors (BMSs) and Body Coordinator (BC). BMSs sense and transmit data continuously. As BSN consist of many BMSs, the simultaneous data transmission results in congestion in the network. Congestion causes packet drops which attempt to be retransmitted. In this work, we propose Routing scheme with Traffic Redirection and Rate Control (R-TRRC) for congestion detection and mitigation for BSNs. The experimental results shows that the propsed scheme carries out better results in terms of energy efficiency and network lifetime of BSNs. | Paper Link |
| RENDY MUNADI, DANU DWI SANJOYO, DOAN PERDANA, FIDAR ADJIE | Art, Design & Social Innovation for Social and Cultural Sustainability | Performance Analysis of Tunnel Broker Through Open Virtual Private Network | Tunnel Broker uses automatic configuration tunneling mechanism for IPv6 clients connected to IPv4 internet. Connectivity between clients and service providers in IPv6 is urgently needed. Open VPN as a provider implemented configures it by a VPN network, so IPv6 and IPv4 public IP clients can easily connect to the server. In this research focused on the performance of tunnel broker mechanism by utilizing open VPN as access to the network. IPv6 tunnel broker is developed by installing Open VPN and providing IPv6 IPs. Implementation of public IP usage in observing the performance of tunnel broker development is done in BCN Telkom Laboratory Network. The measurement results show that TCP and UDP throughput of IPv6 is slightly higher than IPv4. The research using OpenVPN as a server Tunnel Broker for client access to the server is still rarely done, especially in the field of the network based on Internet Protocol. | Paper Link |
| RENDY PANDITA BASTARI, IQBAL PRABAWA WIGUNA | Art, Design & Social Innovation for Social and Cultural Sustainability | Deep Fear: The Digital Art Making Based On The Psychological Impact of Pandemic | The Covid 19 pandemic is causing global falldown in almost every aspect, from health, economic, culture, and without exception psychology more specifically on fear. Recent study on psychological impact concluded that specific groups from specific socio-demographic variables will act differently based on their fear of the desease. Every specific groups have their own priorities to survive the pandemic. The mass media also plays a role in driving the fear of people, reported and exaggerated information on the desease. The aim of this paper is to give an artistic approach and respond of the pandemic situation through digital painting and serve as visual artefact of the 2020 pandemic. The creation begins with phenomenon observation, theoretical approach, conceptualization, and finalizing. The result of the artwork conceptually is that essentially that people fear the most is death which is what being represented through the artwork. | Paper Link |
| RESY INDIRA INDAH PURNAMA, LEVY OLIVIA NUR, RADIAL ANWAR | Art, Design & Social Innovation for Social and Cultural Sustainability | TEXTILE ANTENNA WITH TELKOM UNIVERSITY LOGO PATCH FOR WBAN COMMUNICATION AT 2.4 GHZ FREQUENCY | Wireless Body Area Network (WBAN) is a wireless communication network designed to monitor the condition of the human body. This monitoring is very important to ensure that the body stay healthy when carrying out daily activities. Antenna is one of the important devices in WBAN communication. This paper focuses on design and realization a textile antenna with patch in the form of Telkom University logo which operates at 2.4 GHz frequency of the ISM (Industrial, Scientific, and Medical) band. This antenna uses trunk cut method on the feed line to widen bandwidth. The result has dimensions (101.49 ×110.10× 7.6) mm with 1.265 GHz bandwidth when free space and 1.306 GHz bandwidth when on-body. The measurement results obtained 1.16 VSWR when free space and 1.35 VSWR when on-body at 2.428 GHz frequency. The simulation results obtained 7.26 dBi gain when free space and 7.34 dBi when on-body, unidirectional radiation pattern, and SAR 0.715 W/kg. | Paper Link |
| REZHA AULIA RIYANDA, NACHWAN MUFTI ADRIANSYAH, VINSENSIUS SIGIT WIDHI PRABOWO | Art, Design & Social Innovation for Social and Cultural Sustainability | Greedy Based Radio Resource Allocation Algorithm with Water Filling Power Control Scheme in D2D Underlaying Communication | Device to Device (D2D) is communication between two devices directly without the intervention of eNodeB.This communication can improve sum-rate, spectral efficiency, and decrease the workload of eNodeBbecause this communication uses the same spectrum frequency with Cellular User Equipment (CUE).D2D pair use the same resource simultaneously with CUE to communicate, this communication is calledD2D underlaying communication. D2D and CUE use the same resource and cause interference. Thisinterference should be managed by a resource allocation algorithm. In this work, the resource is allocatedin a single cell and the communication is from CUE to eNodeB which is called uplink communication. Thejoint greedy algorithm with water filling power control scheme is used as a resource allocation algorithmin this work. This algorithm is compared with the greedy, joint greedy, and greedy algorithm with a waterfilling power control scheme. The joint greedy algorithm works based on the capacity of eNodeB and D2Dpair. While water filling power control is used to manage the power of each user based on the channelcondition. After all of the resource is allocated, the parameter performance of the system such as spectralefficiency, energy efficiency, and D2D fairness are calculated. The simulation result that joint greedyalgorithm with water filling power control scheme obtains 29,34 bps/Hz in spectral efficiency, 0.939107bps/watt in energy efficiency, and 0,996 in D2D fairness. | Paper Link |
| RICKY DJAMALUDDIN, YUDI PRIYADI, EKO DARWIYANTO | Art, Design & Social Innovation for Social and Cultural Sustainability | User-Centered Design To Improve Personaldevelopment In Comic Application | Based on the results of a survey on the COMIC application, which was conducted on 33 users with an age range of 20–40 years. There is data, that the User Interface of this application is very irrelevant to the millennial generation. There are several difficulties experienced by millennial employees in using the COMIC application so that there is no match between the needs of the user and the application. The method used in this research is User-Centered Design (UCD). Through this method, the UI/UX in the COMIC application can be redesigned, by positioning millennial employees at Telkom Corporate as the center of research objects in conforming to their needs. This research has specific objectives, namely: eliciting (generating UML artifacts in the form of Requirement Statements, and making Usecase Diagrams), improvements coach booking flow through U secase Diagram modeling supported by the mockup design, and measuring user suitability through Usability Testing. The results of this study are UI development references in the form of Requirement Statements, namely Functional Requirements, improvement of the coach booking flow through Usecase diagrams which have 3 actors and 8 usecases, Re-design mockup, and usability testing measurements that produce each category, namely Effectiveness = 97%, Efficient = 93%, and Satisfaction = 84,5%. The measurement of these 3 aspects is above average and this application has achieved a conformity between the user and the application. | Paper Link |
| RIDHA MULDINA NEGARA, RATNA MAYASARI, GALIH NUGRAHA NURKAHFI, NASRULLAH ARMI, NANA RACHMANA SYAMBAS, EUEUNG MULYANA, SYAIFUL AHDAN, ADE NURHAYATI, IYAD DAYOUB, ELHADJ DOGHECHE | Art, Design & Social Innovation for Social and Cultural Sustainability | Cross-Layer Design on Software Defined Vehicular Network(SDVN) based on Radio Access Technology(RAT) IEEE 802.11 bd to Improve End-to-End Communication Performance | Vehicles and transportation have transformed from the field of mechanical & civil transportation field to the scientific field of information technology and electronics. This transformation is marked by the widespread use of ADAS, ITS, and Autonomous Vehicles on the Internet of Vehicles (IoV) in the future, aiming to improve safety and operational transportation efficiency, which will encourage the use of vehicular communication technology on a large scale.The complexity of the vehicular communication system raises many problems, which in turn encourages the emergence of various studies to solve these problems. One problem that arises is the blocking problem in vehicular communication based on 802.11bd Wifi in areas with high vehicle density. In previous studies, this problem was tried to solved using the Cross-Layer Design Based Transmit Antenna Selection (TAS) and Transmit Power adaptation (TPA) approach at the PHY & MAC layers.However, two problems later arise in the solution applied: the additional latency due to communication between nodes for coordination purposes. The study conducted is still limited to single-hop conditions. | Paper Link |
| RITA DESTIWATI | Art, Design & Social Innovation for Social and Cultural Sustainability | The Symbolic Interactions Among Gamers In The Community Of Call Of Duty Mobile Zombiesky E-Sport (A Study Of Interpersonal Communication) | ZombieSKY E’SportCommunity is one of Onlinegame community in Call of DutyMobile where interaction inside the community that was only done Onlinecan form a trust that often cannot be formed from people who met and know each other directly in the real world. This research was conducted to determine how symbolic interaction between gamersin this community to negotiate meaning so as to form members' self-concept related to trust in friendship that originated from Onlinegames meeting. This study used qualitative research method and George H. Mead's symbolic interaction theory regarding mind, selfand Society. Data collection was carried out by observation, interviews and documentation. From this study, it was found that the interaction between members was built through non-formal interpersonal relationships. There are verbal and non-verbal exchanges of symbols that are carried out both in Onlinemeetings and in face-to-face meetings so that community members understand the same meaning between one another and have an understanding of the meaning. The results of the interactions that are built by community members greatly affect the self-concept of members who initially thought that friendship in Onlinegames was just ordinary friendship that discussed about games, to the assumption that friendships in Onlinegames could exist as well as friendship, brotherhood and kinship | Paper Link |
| RIYANDA ILHAM NURYADIN, INDRA NOVIANTO ADIBAYU PAMUNGKAS | Art, Design & Social Innovation for Social and Cultural Sustainability | COMMUNICATION OF LECTURER lN DIGITAL ERA WITH ARSITOTELIAN RETHORICAL APPROACH | The development of information and communication technology in the digital era has affected behaviors of society, including in the field of education. The development of information and communication technology, commonly referred as ICT (Information and Communication of Technology) it is currently increasingly encouraging efforts to adapt for using technology in teaching and learning process, with such conditions, making the lecturers / teachers are required to be able to use technology well without abandoning their communication skills as lecturers in learning process. This situation was also created due to the process of industrial revolution in various sectors of life so that transformed the world of education, including changing the process of forming and maintening relationships between lecturers and students. In this study, researchers will conduct this research to students of generation Z from the field of science-social science that generally covers the fields of communication, management, and applied science. Researchers conducted research on socio-science students because students from the scientific family had a tendency to use the right brain predominantly in their daily activities and researchers would also use the approach through a literature review of the Rhetorical Theory carried out by Aristotle and the use of Rhetoric on lecturers in digital era. By doing this research, researchers will try to change the communication process to lecturers to students of Z generation in the digital era. | Paper Link |
| RIZKY CIPTA SATRIA, MARTHA TRI LESTARI | Art, Design & Social Innovation for Social and Cultural Sustainability | THE EFFECTIVENESS OF THERAPEUTIC COMMUNICATION THROUGH THE MOBILE ALODOCTER APPLICATION ON CUSTOMER ENGAGEMENT | This study aims to determine the effectiveness of how effective therapeutic communication is with customer engagement through the Alodokter application. This study uses independent variables or therapeutic communication, namely listening, open-ended questions, repeating, providing information, and concluding. The dependent variable or customer engagement is enthusiasm, attention, absorption, interaction, and identification. This study using a quantitative approach with a descriptive research type. The population in this study was 100 respondents with a random sampling technique. The data analysis technique used is hypothesis testing, hypothesis testing is done by t-test, t value (5,654)> t table (1.984) so that H0 is rejected and H1 is accepted, meaning that the communication variable (X) affects the customer engagement variable (Y). The coefficient of determination (r) is 28.94%, which means that there is communication effectiveness through the Alodokter mobile application on customer engagement, but it is not large, only 28.94%, and the remaining 71.6% is influenced by other variables in the form of customer involvement. The correlation efficiency value is 0.538, which means that therapeutic communication through the Alodokter mobile application has a positive and significant but low relationship to customer engagement. | Paper Link |
| RUNIK MACHFIROH | Art, Design & Social Innovation for Social and Cultural Sustainability | CHARACTERISTICS OF YOUNG INDONESIAN CITIZENS IN THE DIGITAL ERA | The digital era has brought cultural changes, especially for young Indonesian citizens. The purpose of this study is to describe and analyze the characteristics of young Indonesian citizens in the digital era. The method used in this research is a descriptive quantitative approach. The data collection techniques use questionnaires and interviews with junior high school students in Bandung Indonesia with a sample of 450 people. Data analysis using descriptive statistics. The results of this study indicate that (1) internet usage in junior high school students in Bandung is 100% and have social media account with 85% of them have long access of more than 8 hours a day; (2) characteristics of junior high school students in Bandung as a young citizen in the digital age shows that the value of caring and responsibility becomes a point that must be considered because it tends to be fast in getting information through social media without knowing the truth. The implication of this research is what kind of values development model that suitable for young citizens in the digital era. | Paper Link |
| RYAN RASYID YUSUF, UKE KURNIAWAN USMAN | Art, Design & Social Innovation for Social and Cultural Sustainability | Planning Analisys Of The Expansion LTE And LTE-A Network In Garut District | Garut district is a tourist destination visited by tourists in West Java. In this area there are some excellent tourist attractions such as Cikembulan Animal Park, Puncak Darajat and Cipanas, that every day in the coming thousands of tourists. The need for voice and data communications services is needed in this area. The condition of the LTE network in Garut district area is not fully uniform. Based on survey results, blank spot problems (RSRP> -100 dBm), poor signal quality (SINR> -20 dB), and low throughput in some sub-districts were founded. To overcome this problems, LTE network expansion planning needs to be done in some sub-districts. Expansion planning is carried out using two scenarios, LTE (FDD) at 1800 MHz and LTE-A using carrier aggregation methods at 850 MHz and 1800 MHz combined with SFR | Paper Link |
| SALSABILA PUTRI JATININGTYAS, DANANG JUNAEDI, VERONIKHA EFFENDY | Art, Design & Social Innovation for Social and Cultural Sustainability | Interaction Design for Digital Saron Musical Instruments Using Call and Response System and Rhythmic Emphasis Weighting Methods | Gamelan digitization is one of the efforts to introduce and preserve traditional Indonesian musical instruments not to become extinct. The focus of digitization in research is only on one type of saron musical instrument because the saron instrument is the main melody in a gamelan instrument that can be played individually and is more harmonious when played in collaboration. The most important thing in playing gamelan instruments is playing several types of musical instruments at the same time, especially the saron instrument. In using the saron instrument itself must be played collaboratively according to the tempo. For this reason, to make the interaction design model, the Call and Response System method is used, which has a “your turn” indicator and the Rhythmic Emphasis Weighting method connected to the “Techno Rhythm Monitor”. The application of the two methods above, the interaction design modeling design uses the Design Thinking method. The research testing using the System Usability Scale (SUS) because the results have a high level of validity for a study. The test results from research using the Call and Response System and Rhythmic Emphasis Weighting methods resulted in an interaction design model playing the saron musical instrument that can collaborate according to the tempo. For the test results using SUS, which obtained a final result of 85%, it is at level B and means that the interaction design model that has been designed is acceptable because it has met the user’s goals (proper). | Paper Link |
| SENO ADI PUTRA | Art, Design & Social Innovation for Social and Cultural Sustainability | Multiagent System In-Network Processing in Wireless Sensor Network | Wireless Sensor Network (WSN) consists of embedded devices attaching sensor and microelectronic technology, computational capability, and distributed processing. Due to computing capability, it is interesting to implement in-network processing in WSN. It means that data preprocessing is conducted in network to reduce amount of data and processing time in server. One of in-network processing approach is multiagent-based signal processing. Here, Agents deployed in sensor nodes, including mobile agents, make collaboration for data aggregation and preprocessing. This paper describes our proposed method how multiagent system is implemented in real WSN. The method lists the process how global network information is identified by agents in sensor nodes, mobile agent migration plan is conducted by the intelligent agent in head clusters, and the mobile agent migrates hop by hop and performs collaboration with sensor node agents for data preprocessing. We propose vibration of a concrete beam as the case study. Our simulation and experimental results show that the proposed multiagent system works properly. | Paper Link |
| SISKA NOVIARISTANTI, DODIE TRICAHYONO | Art, Design & Social Innovation for Social and Cultural Sustainability | Building Digital Health System for NCD in Indonesia: Design Thinking Approach | This paper aims to better understand how digital innovation health ecosystem within stakeholders can be supported by design thinking (DT) approach to address community level health needs in Indonesia. This paper aims to examine how DT approach foster development for a digital ecosystem of non-communicable diseases (NCDs) by presenting real-time data and supporting the Indonesian management of NCDs control programs. The paper considers DT as an overlapping of three interrelated system: 1) viability- product/business needs 2) desirability- community called Posbindu needs, and 3) feasibility- digital technology needs. We used TANDEM (Targeting NonCommunicable Disease through Interactive Health EcosysteM in Indonesia) project as an example to illustrate how DT could be used as an systematic approach to develop digital. | Paper Link |
| SULTHAN KHARISMA AKMAL, AJI GAUTAMA PUTRADA, FEBRI DAWANI | Art, Design & Social Innovation for Social and Cultural Sustainability | A NETWORK PERFORMANCE COMPARISON OF WEBRTC AND SIP AUDIO AND VIDEO COMMUNICATIONS | Multimedia services are one of the internetneeds with high data traffic network count since 2019. Twoof the multimedia services, Web Real-TimeCommunications (WebRTC) and Session InitiationProtocol (SIP), have been widely used in applications forconducting video conferencing. The main objective of thisresearch is to analyze network performance by anapplication with a client-server for audio and videocommunications developed with WebRTC and SIPprotocols. The SIP system uses the FreePBX server, andthe softphone application uses Bria. Whereas WebRTCuses JavaScript with servers on Ubuntu using Node.js. Theanalysis application uses a star topology and runs on alocal network using Wi-Fi. After testing, the results showthat the throughput, jitter, and packet loss of WebRTC arebetter than SIP. This result is caused by several factorsincluding the type of codec, the type of platform, and theway of signaling and routing of each protocol. | Paper Link |
| SYARIP HIDAYAT | Art, Design & Social Innovation for Social and Cultural Sustainability | Digital Comic Design of Food Waste for Teen | Indonesia is the second biggest contributor to food waste in the world. This unstable issue is a severe problem facing Indonesia, and the younger generation must acknowledge the impact of food wastage to attain a better future. This study is based on data acquired from questionnaires, interviews, and literature reviews. The research method is qualitative, supported by theories relating to the design. The media that matches the results of the data is digital comics for teens who need to know about food waste. This digital comic media was published via the internet and received positive responses from the readers. The media-designed results are considered able to increase awareness and knowledge of adolescents about food waste in Indonesia. | Paper Link |
| SYARIP HIDAYAT, RANTI RACHMAWANTI | Art, Design & Social Innovation for Social and Cultural Sustainability | WATER IN THE VISUAL STRUCTURE OF DIGITAL COMIC BANG GABER BY RIZAL FAHMI | Water is a natural element for human survival, not just fulfilling daily needs in activities such as drinking, bathing, and others. Water has a crucial role in the process of life. This role indicates that water is a symbol attached to every living thing, especially humans. The relationship between water and humans is often visualized in various forms and mediums. One of them is in the digital comic Bang Gaber by Rizal Fahmi, which features the element of water in the digital comic theme. The use of water elements and symbols is one of the attractions of the digital comic to be studied more deeply related to its visual structure. This research is included in the Qualitative, using an approach to the Science of Fine Arts (Comic). The data source is Rizal Fahmi, comic artist of Bang Gaber, taken from Instagram. Data collection techniques through observation and visual studies. Data analysis with the support of the relevant literature review on the visual structure. The theory used to analyze is the structuralism theory of Levi-Strauss about the structure in a comic artwork. The research results show that the visual structure of digital comics with the theme of water in comics consists of the surface structure as a tangible visualization of water as an object that delivers philosophical thinking in life and is symbolized metaphorically. At the same time, deep structures are in the form of wisdom, toughness, and self-acceptance. Given that Bang Gaber's Digital Comics is one of the revivals of Indonesian comics, comic book fans may easily access them. Visual analysis is necessary to uncover the emerging visual structure and understand this digital comic's messages and meanings. | Paper Link |
| TRISWIZA ARIATAMA, ARFIANTO FAHMI, BRIAN PAMUKTI | Art, Design & Social Innovation for Social and Cultural Sustainability | Impact Of Rain On Performance Of Visible Light Communication System In Vehicle-to-Vehicle Communication | Visible Light Communication (VLC) is optical communication using light to carry signals. Vehicle-to-Vehicle (V2V) is an example of the application of VLC outdoors. VLC is used in Intelligent Transport Systems (ITSs) to improve road safety and regulate traffic flow. The simulation is assumed to be in clear night conditions with the same vehicle speed and the modulation used is On-Off Keying Non-Return to Zero (OOK-NRZ). The simulation results and analysis in this project will show that rain interference will affect the system when there is interference, so the system performance will get worse. This study expects the optimal distance to be obtained in this system by showing the Signal-to-Noise Ratio (SNR) value, Bit Error Rate (BER), and Datarate. | Paper Link |
| VINSENSIUS SIGIT WIDHI PRABOWO, LINDA MEYLANI, ERSA RAHMA AQILA MAJID, ACHMAD ALI MUAYYADI | Art, Design & Social Innovation for Social and Cultural Sustainability | Power control scheme using particle swarm optimization method in resource allocation process on D2D underlaying communication | Fast growing number of cellular telecommunication technology resulting on the increasing number of the user equipment. This condition increased the eNodeB load. To overcome this problem, the device-to-device (D2D) underlaying communication is introduced. In underlaying scheme, the D2D user equipment (DUE) will do the communication process using the same radio resources with the conventional cellular user equipment (CUE). To avoid a severe interference between these two types of user in the system, a good resource allocation is needed. In this work, a power control scheme using particle swarm optimization (PSO) is proposed, to manage the transmit power on each user on the system. The power control scheme take place after the greedy scheduling algorithm, after all user is given a resource block (RB) to do the communication process. The power transmit for each user is managed to reach a better system capacity, and to reduce the power consumed in one communication process. From the simulation, the PSO power control can improve the sumrate and spectral efficiency up to 12.97% and 3.38% respectively. The PSO power control also can reduce the power consumed by the system up to 8.84%. The fairness happens among the CUEs also can be maintained, despite of the decreasing fairness among DUEs. | Paper Link |
| WAHYU DANAR SYAKUNTALA, SONSON NURUSHOLIH | Art, Design & Social Innovation for Social and Cultural Sustainability | Culinary Industry Digital Promotion Strategy for Generation Z on the Instagram platform | This study contains an analysis of the digital promotion strategy of the Ayam GeprekBebas in Bandung, which was observed in 2020–2021. It responds to the next wave of consumers, anew generation called Generation Z with different behavior from the Millennials. A new approachis needed to understand how to effectively gain attention and increase the product sales in themarket toward Generation Z. The methods used in this qualitative descriptive research are literaturestudy and participant observation. Meanwhile, the digital marketing theory is used to analyze thepromotion strategy applied by the brand Ayam Geprek Bebas and the view of characteristics fromeach generation to understand how the object’s behavior understudy is. The results of this studyshow that the application of digital promotion and marketing strategies by the Ayam Geprek Bebascan persuade Generation Z with an increase in awareness, which impacts increasing online anddine-in ordering transactions. | Paper Link |
| YUYUN SITI ROHMAH, DWI ANDI NURMANTRIS | Art, Design & Social Innovation for Social and Cultural Sustainability | DESIGN OF LTE FDD NETWORK AT SOREANG-PASIRKOJA HIGHWAY USING SOFTWARE PLANNING | Long Term Evolution (LTE) communication technology Cellular is currently growing rapidly in Indonesia, one of them is in the city of Bandung. However, there are still some areas where the quality of the network is still below the standard Key Performance Indicator (KPI), such as at Soreang Pasir Koja highway. It has about 10.6 km that is operated in last of 2017.Therefore, in this research, the LTE FDD network planning is done from the coverage of area and capacity using software planning at 1800 MHz.Based on the calculation and simulation, to improve the signal quality parameters in Soreang -Pasirkoja toll needed as much as 10 sites and produce 99.9% RSRP value above -102 dBm, 99.97% SINR above 3 dB. and the average throughput 34.34 Mbps. | Paper Link |