Program Book - icwt-seei.org · Abdurrahman Nurhakim, Nanang Ismail, Hendi Maja Saputra, Saepul Uyun 11.15 - 11.30 Paper ID 04230 Application of the Steepest Ascent Hill Climbing

4th ICWT 2018, Bali, Indonesia

July 12-13, 2018, The Grand Bali Nusa Dua i

Program Book

ICWT 2018 4th International Conference on

Wireless and Telematics http://icwt-seei.org/2018/

July 12 – 13, 2018

The Grand Bali Nusa Dua, Indonesia


July 12-13, 2018, The Grand Bali Nusa Dua ii

Copyright @ 2018 by

The Institute of Electrical and Electronics Engineers, Inc.

All right reserved

4th International Conference Wireless and Telematics (ICWT) 2018

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All right reserved. Copyright ©2018 by IEEE.

Conference Record Number 44398


July 12-13, 2018, The Grand Bali Nusa Dua iii

Table of Contents

Table of Contents ................................................................ iii Message from the General Chair .......................................... 1 Organizers and Organizing Commitee .................................. 3

Technical Program ................................................................ 5 Keynote Speaker ................................................................. 19

Software Engineering and Computation ............................. 23 Hardware and RF Devices .................................................. 31

IoT and Mobile Communication ......................................... 39

Wireless and Mobile Communications ............................... 45 Networking and Telematics Applications ........................... 51

Emerging Technologies and Wireless Sensors ................... 57 Network and Information Security ..................................... 63 Communication System and Devices ................................. 69

Poster Session ..................................................................... 75 Author Index ....................................................................... 91


July 12-13, 2018, The Grand Bali Nusa Dua iv

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July 12-13, 2018, The Grand Bali Nusa Dua 1

Message from the General Chair

It gives me a great pleasure to

welcome you to the 4th International

Conference on Wireless and

Telematics (ICWT) 2018. ICWT is

one of the conferences which are

organized by Telecommunications

Engineering Research Group,

School of Electrical Engineering and

Informatics, Institut Teknologi

Bandung (STEI–ITB). This year, the

4th ICWT 2018 is held in Nusa Dua, Bali, the paradise island of

Indonesia.

ICWT has been expected to become one of the important

conferences in Indonesia on the area of information and

communications technology. This conference provides a forum for

universities, industries, government, and public sectors to expose

and exchange their innovative ideas and methods.

Since 2015, this conference has brought together a tremendous and

rich diversity of authors and speakers to share ideas and new

perspectives on a wide range of research on information and

communication technologies topics. This year, we have 57

submissions whose authors span not only from domestic

universities but also from our overseas colleagues, such as: South

Korea, Japan, Malaysia, Libya, and Bangladesh.

The 4th ICWT 2018 is honored to have distinguished keynote

speaker, Prof. Noriaki Kamiyama, Ph.D. from Department of

Electronics Engineering and Computer Science, Fukuoka

University, Japan. He will share his vision and talk about one of

the emerging technologies in the era of Information-Centric



Networking (ICN). Therefore, I would like to thank our keynote

speaker Prof. Noriaki Kamiyama, Ph.D., for accepting my

invitation.

The 4th ICWT 2018 will not happen without the hard work of the

organizers behind the scenes. We had an excellent team that has

worked very hard to organize ICWT 2018. I would like to thank

Universitas Islam Negeri Sunan Gunung Djati as our co-host, the

steering committee especially the Dean of STEI – ITB;

International advisory committe; Our Sponsors; and particularly I

want to thank all members of the Technical Program Committee

for their hard work in providing thorough and insightful reviews in

timely manner. Special thanks also go to all authors since ICWT

2018 would not be possible without the contributions of the

authors.

Finally, I wish all participants a successful and fruitful conference.

I hope you will find this program interesting, useful, and

stimulating. Do not forget to enjoy Bali, the beautiful paradise of

Indonesia.

Dr. Tutun Juhana

General Chair



Organizers and Organizing Commitee

Organized by

Supported by

Organizing Committee General Chair

Tutun Juhana (ITB, Indonesia)

Eki Ahmad Zaki Hamidi (UIN SGD, Indonesia)

Steering Committee Jaka Sembiring (Dean of School of Electrical Engineering and

Informatics, ITB, Indonesia)

Muhammad Ali Ramdhani (Vice Rector 4 , UIN SGD, Indonesia)

Adit Kurniawan (Head of Telecommunication Engineering Research

Group , ITB, Indonesia)

Andriyan Bayu Suksmono (ITB, Indonesia)

Wahyudin Darmalaksana (Head of Research Center, UIN SGD,

Indonesia)

Opik Taupik Kurahman (Dean of Science and Technology Faculty,

UIN SGD, Indonesia)

International Advisory Committee Suhartono Tjondronegoro (ITB, Indonesia)

L.P.Ligthart (TU Delft University, Netherland)

Yasuhide Hobara (UEC, Japan)

John Choi (KOICA, Korea)

Technical Program Committee



Chair

Iskandar (ITB, Indonesia)

Members

Nana Rachmana Syambas (ITB, Indonesia)

Hendrawan (ITB, Indonesia)

Ian Josef Matheus Edward (ITB, Indonesia)

Sigit Haryadi (ITB, Indonesia)

Achmad Munir (ITB, Indonesia)

Mufid Ridlo Effendi (UIN SGD, Indonesia)

Edi Mulyana (UIN SGD, Indonesia)

Adam Faroqi (UIN SGD, Indonesia)

Josaphat Tetuko Sri Sumantyo (Chiba University)

Cahya Edi Santosa (Chiba University, Japan)

Farohaji Kurniawan (Chiba University, Japan)

Eko Tjipto Raharjo (University of Indonesia, Indonesia)

Tsuyoshi Usagawa (Kumamoto University, Japan)

Ananto Eka Prasetiadi (TU Darmstadt, Germany)

Hendy Santosa (UEC, Japan)

Rafael Godoy Rubio (Universidad De Malaga, Spain)

Aris Risdianto Cahyadi (GIST, South Korea)

M. Erick Ernawan (Waseda University, Japan)

Beny Nugraha (TU Chemnitz, Germany)

Habibur Muhaimin (ITB, Indonesia)

Aditya Prabaswara (KAUST, KSA)

Roy B.V.B Simorangkir (Macquarie University, Australia)

Nur’ain Izzati Shuhaimi (UiTM, Malaysia)

Publication

Irma Zakia (ITB, Indonesia)

Rifqy Hakimi (ITB, Indonesia)

Dyah Rakhma Mifta Aryanti (ITB, Indonesia)

Muhammad Ammar Wibisono (ITB, Indonesia)

Nanang Ismail (UIN SGD, Indonesia)

Rina Mardiati (UIN SGD, Indonesia)

Lia Kamelia (UIN SGD, Indonesia)

Treasurer

Wervyan Shalannanda (ITB, Indonesia)

Harashta Tatimma Larasati (ITB, Indonesia)

Asep Puady (ITB, Indonesia)



Technical Program






4th ICWT 2018

Conference Program – at a Glance

Thursday, 12 July 2018 (Day 1)

08.00 - 09.00 REGISTRATION

09.00 - 09.05 General Chair Report

Dr. Tutun Juhana, General Chair 4th ICWT 2018

09.05 – 09.10 Welcome Remarks

Dean of STEI ITB

09.10 - 09.15 Opening Speech

Dean of Faculty of Science and Technology of UIN

09.15 – 09.40 Keynote Speech

Prof. Noriaki Kamiyama, Ph.D.

09.40 – 10.00 Photo Session

10.00 – 10.30 COFFEE BREAK


PARALLEL SESSION

Nakula Room Sadewa Room

Track: Software

Engineering and

Computation

Track: Hardware and

RF Devices

Chair Edi Mulyana, M.T. Azwar Mudzakkir

Ridwan, M.T.

10.30 - 10.45 Paper ID 040211 Paper ID 040219

10.45 - 11.00 Paper ID 040226 Paper ID 040223

11.00 - 11.15 Paper ID 040229 Paper ID 040237

11.15 - 11.30 Paper ID 040230 Paper ID 040238

11.30 - 11.45 Paper ID 040233 Paper ID 040140

11.45 - 12.00 Paper ID 040244 Paper ID 040243

12.00 - 13.00 LUNCH




PARALLEL SESSION


Track: IoT and Mobile

Communication

Track: Wireless and

Mobile

Communications

Chair Mufid Ridlo Effendi, M.T. M. Reza Hidayat, M.T.

13.00 - 13.15 Paper ID 040213 Paper ID 040310

13.15 - 13.30 Paper ID 040231 Paper ID 040121

13.30 - 13.45 Paper ID 040236 Paper ID 040328

13.45 - 14.00 Paper ID 040242 Paper ID 040146

14.00 - 14.15 Paper ID 040248 Paper ID 040150

PARALLEL SESSION


Track: Networking and

Telematics Applications

Track: Emerging

Technologies and

Wireless Sensors

Chair Dian Nuraiman, M.Si. Lia Kamelia, M.T.

14.15 - 14.30 Paper ID 040101 Paper ID 040208

14.30 - 14.45 Paper ID 040207 Paper ID 040122

14.45 - 15.00 Paper ID 040212 Paper ID 040227

15.00 - 15.15 Paper ID 040116 Paper ID 040232

15.15 - 15.30 Paper ID 040120 Paper ID 040135

15.30 - 16.00 COFFEE BREAK

PARALLEL SESSION


Track: Network and

Information Security

Track: Communication

System and Devices

Chair Muhammad Tsani Abdul

Hakim, S.T.

Amanda Argadinata,

M.T.

16.00 - 16.15 Paper ID 040103 Paper ID 040302

16.15 - 16.30 Paper ID 040104 Paper ID 040209

16.30 - 16.45 Paper ID 040105 Paper ID 040215

16.45 - 17.00 Paper ID 040106 Paper ID 040247

17.00 - 17.15 Paper ID 040117 Paper ID 040251

17.15 - 17.30 - Paper ID 040153

END OF CONFERENCE



Thursday, 12 July 2018 Nakula Room: 10.30 – 12.00

Track : Software Engineering and Computation

Session Chair : Edi Mulyana, M.T.

Time Title / Author

10.30 - 10.45

Paper ID

040211

Filtering Outlier Data Using Box Whisker Plot

Method for Fuzzy Time Series Rainfall

Forecasting

Made Doddy Adi Pranatha, Made Sudarma,

Nyoman Pramaita and I Made Oka Widyantara

10.45 - 11.00

Paper ID

04226

A New Hybrid Method based on Nearest

Neighbor Algorithm and 2-Opt Algorithm for

Traveling Salesman Problem

Dian Nuraiman, Yushinta Dewi, Fadilah Ilahi, Eki

Ahmad Zaki Hamidi

11.00 - 11.15

Paper ID

040229

Modified Fourth-Order Runge-Kutta Method

Based on Trapezoid Approach

Abdurrahman Nurhakim, Nanang Ismail, Hendi

Maja Saputra, Saepul Uyun

11.15 - 11.30

Paper ID

04230

Application of the Steepest Ascent Hill

Climbing Algorithm in the Preparation of the

Crossword Puzzle Board

Yoppy Sazaki, Anggina Primanita, Hadipurnawan

Satria, Rezi Apriliansyah

11.30 - 11.45

Paper ID

040233

Designing An Application Based On Enterprise

Resource Planning For Green Procurement

System Using SCOR Model In The Leather

Tanning Industry

Shabrina Mutiara, Ari Yanuar, Rosad Ma’Ali El

Hadi

11.45 - 12.00

Paper ID

040244

Analysis of Technological Relationships Using

Production Function in Manufacturing

Industries

Elis Ratna Wulan, Edi Mulyana, Tedi Priatna,

Ahfazh Fauzy Nurunnajib

12.00 - 13.00 LUNCH



Thursday, 12 July 2018 Sadewa Room: 10.30 – 12.00

Track : Hardware and RF Devices

Session Chair : Azwar Mudzakkir Ridwan, M.T.

Time Title / Author

10.30 - 10.45

Paper ID

040219

Design of Microstrip Hairpin Bandpass Filter

for X-Band Radar Navigation

Basith Adli, Rina Mardiati, Yudi Yuliyus

10.45 - 11.00

Paper ID

040223

Increasing Bandwith Of Log Periodic

Microstrip Antenna Using Parasitic Air Gap

for Digital Video Broadcasting Application

Indra Surjati, Syah Alam

11.00 - 11.15

Paper ID

040237

A 2×2 Inset Feed Circular Patch Antenna

Array for 1.8GHz LTE Application

Octaviansyah Setyo Baskoro, I Putu Ardana,

Pande Ketut Sudiarta, Achmad Munir

11.15 - 11.30

Paper ID

040238

A 13.56MHz AD9850 Oscillator with E-Class

Power Amplifier for Wireless Power Charging

Azwar Mudzakkir Ridwan, Achmad Munir

11.30 - 11.45

Paper ID

040140

Performance Analysis of Waveguide BPF

Loaded with Dielectric Frequency Selective

Structure

Amanda Argadinata, Achmad Munir

11.45 - 12.00

Paper ID

040243

SIW Power Divider and Its Performance

Analysis Affected by Number of Incorporated

CSRRs

Ulfa Sri Utami, Nanang Ismail, Achmad Munir

12.00 - 13.00 LUNCH




Track : IoT and Mobile Communication

Session Chair : Mufid Ridlo Effendi, M.T.

Time Title / Author

13.00 - 13.15

Paper ID

040213

Detection of Immovable Objects on Visually

Impaired People Walking Aids

Abdurrasyid, Indrianto, Rakhmat Arianto

13.15 - 13.30

Paper ID

040231

Real-time Online Attendance System Using

Fingerprint Sensor and GPS on the

Smartphone

Lia Kamelia, Eki Ahmad Zaki Hamidi, Afit

Nugraha, Wahyudin Darmalaksana

13.30 - 13.45

Paper ID

040236

Design and Implementation Supervisory

Control and Data Acquisition (SCADA) of

Sedimentation Process of Water Treatment

Plant (WTP) Using Raspberry Pi 3 B

Eki Ahmad Zaki Hamidi, Mufid Ridlo Effendi,

Hasbi Ash Shiddiq

13.45 - 14.00

Paper ID

040242

IoT-Based UPS Monitoring System Using

MQTT Protocols

Padlan Alqinsi, Nanang Ismail, Ian Joseph

Matheus Edward, Wahyudin Darmalaksana

14.00 - 14.15

Paper ID

040248

System Design of Controlling and Monitoring

on Aquaponic Based in Internet of Things

Adrian Kemal Pasha, Edi Mulyana, Muhammad

Ali Ramdhani, Cecep Hidayat, Opik Taupik

Kurahman, Mirza Adhipradana



Thursday, 12 July 2018 Sadewa Room: 13.00-14.15

Track : Wireless and Mobile Communications

Session Chair : M. Reza Hidayat, M.T.

Time Title / Author

13.00 - 13.15

Paper ID

040310

Blockchain based secure data handover scheme

in non-orthogonal multiple access

Anik Islam, Mohammed Belal Uddin, Md. Fazlul

Kader, Soo Young Shin

13.15 - 13.30

Paper ID

040121

On the Performance Evaluation of Uplink

Cognitive Femtocell SCMA Systems under

Imperfect Channel Sensing

Fadil Hamdani, Mohammad Sigit Arifianto

13.30 - 13.45

Paper ID

040328

Bangi-MIMO: A Reconfigurable Next

Generation Base Station for Smart Campus

Application

Mohammad Hasbullah Mazlan, Athirah Ramly,

Rosdiadee Nordin, Mahamod Ismail, Nor

Fadzilah Abdullah

13.45 - 14.00

Paper ID

040146

Design and Implementation of SDR based

GSM Floating BTS for Remote and Disaster

Affected Areas

Uud Prayuda, Muhammad Ammar Wibisono,

Iskandar

14.00 - 14.15

Paper ID

040150

The Design of Database, Location Detection

and Application Programming Interface for

Ambient Assisted Living Family Tracker with

Mobile Appication Services

Amira Maulina, Tutun Juhana




Track : Networking and Telematics Applications

Session Chair : Dian Nuraiman, M.Si.

Time Title / Author

14.15 - 14.30

Paper ID

040101

Traffic Engineering and Grade of Service

Passenger Flow at Palembang LRT Train

Andira Rizky Sulaeman, Sigit Haryadi

14.30 - 14.45

Paper ID

040207

Protocol in Cluster-Based Wireless Sensor

Networks

Waskitho Wibisono, Tohari Ahmad, Radityo

Anggoro

14.45 - 15.00

Paper ID

040212

Energy Consumption and Packet Loss Analysis

of LEACH Routing Protocol on WSN over

DTN

Maurizka Ainur Rahmadhani, Leanna Vidya

Yovita, Ratna Mayasari

15.00 - 15.15

Paper ID

040116

Analysis of 5G Band Candidates for Initial

Deployment in Indonesia

Septi Andi Ekawibowo, Muhammad Putra

Pamungkas, Rifqy Hakimi

15.15 - 15.30

Paper ID

040120

2600 MHz Frequency Spectrum Optimization

for LTEAdvanced Wireless Access Network

Nivika Tiffany Somantri, Hajiar Yuliana, Iskandar

Iskandar

15.30 - 16.00 Coffee Break




Track : Emerging Technologies and Wireless

Sensors

Session Chair : Lia Kamelia, M.T. Time Title / Author

14.15 - 14.30

Paper ID

040208

Comparing Cache-Accelerated Approach on

DAS and NAS as Storage Solution for Small

Scale Virtual Desktop Deployment – A Case

Study at ABC University

Marcel

14.30 - 14.45

Paper ID

040122

Analyzing SDN-based Vehicular Network

Framework in 5G Services: Fog and Mobile

Edge Computing

Jafar Alim Habibi, Fahrizal Djohar, Rifqy Hakimi

14.45 - 15.00

Paper ID

040227

Automation Monitoring Clarity System and

Water Filtration Using Light Dependent

Resistor Based on Arduino Uno

Adam Faroqi, Lia Kamelia, Aenur Rofiq,

Muhammad Ali Ramdhani, Cecep Hidayat

15.00 - 15.15

Paper ID

040232

Designing Green Manufacturing Monitoring

System Using SCOR Model through Enterprise

Resource Planning In the Leather Tanning

Industry

Baiti Jannah, Ari Yanuar Ridwan, Rosad Ma'Ali

El Hadi

15.15 - 15.30

Paper ID

040135

Quantum Key Distribution (QKD) Protocols: A

Survey

Ali Ibnun Nurhadi, Nana Rachmana Syambas

15.30 - 16.00 Coffee Break




Track : Network and Information Security

Session Chair : Muhammad Tsani Abdul Hakim, S.T.

Time Title / Author

16.00 - 16.15

Paper ID

040103

Hardware Trojan Design and Its Detection

using Side-Channel Analysis on Cryptographic

Hardware AES Implemented on FPGA

Bagus Hanindhito, Yusuf Kurniawan

16.15 - 16.30

Paper ID

040104

Preliminary Research: File Type Identification

on Modification of File Structure using N-gram

Summarized

Gigih Supriyatno, Yusuf Kurniawan

16.30 - 16.45

Paper ID

040105

Security Requirement Design for m-Learning

Android Application using MASVS OWAS

Ariq Hardi, Rosmansyah Yusep

16.45 - 17.00

Paper ID

040106

Searching Forensic Evidence in Compromised

Virtual Web Server against SQL Injection

Attacks and Backdoor PHP Web Shell

Gigih Supriyatno

17.00 - 17.15

Paper ID

040117

Design Activity Based Authentication System

for Online Examination on Distance Learning

Environment

Demby Pratama, Yusep Rosmansyah

End of Conference




Track : Communication System and Devices

Session Chair : Amanda Argadinata, M.T.

Time Title / Author

16.00 - 16.15

Paper ID

040302

Cooperative Relaying Using MIMO NOMA

Mohammed Belal Uddin, Md. Fazlul Kader

Soo Young Shin

16.15 - 16.30

Paper ID

040209

Prediction of VLF Sub-ionospheric Wave

Propagation using Nonlinear System

Identification

Hendy Santosa, Yasuhide Hobara

16.30 - 16.45

Paper ID

040215

Analysis of Identification Frequency

Modulation Identification Based On Decision

Tree Algorithm with AWGN Channel

M. Reza Hidayat, Muhammad Ammar Wibisono,

Yana Yohana, Susanto Sambasri, Yuda Bakti

Zainal

16.45 - 17.00

Paper ID

040247

Integrated Smart House Security System Using

Sensors and RFID

Lia Kamelia, Mufid Ridlo Effendi, Delingga

Ferial Pratama

17.00-17.15

Paper ID

040251

Designing of Electronic Module on Synthetic

Polymer Material Based on Green Chemistry

Cucu Zenab Subarkah, Ferli Septi Irwansyah,

Wahyudin Darmalaksana and Dian Sa'Adillah

Maylawati

17.00 - 17.30

Paper ID

040153

13.56MHz CMOS Crystal Oscillator for

Wireless Power Transfer Application

Muhammad Ammar Wibisono, Azwar Mudzakkir

Ridwan, M. Reza Hidayat, Hardi Nusantara,

Achmad Munir

End of Conference



Poster Session

Paper ID Title / Author

040314 Evaluation of Spatial Diversity for HAPS-LTE

Downlink System

Abdallah Abu-Arabia and Rifqy Hakimi

040118 Ultrasonic Underwater Acoustic Modem Using

Frequency Shift Keying (FSK) Modulation

Slamet Indriyanto and Ian Yosef Matheus Edward

040124

Design and Implementation of VM Migration

Application on SDN-based Network

Galura Muhammad Suranegara, Dimas Agil

Marenda, Aris Cahyadi Risdianto, Rifqy Hakimi and

Eueung Mulyana

040125 Quantum Key Distribution Simulation Software:

A Survey

Beatrix Nuhamara and Nana Syambas

040139

Resonant Frequency Analysis for Rectangular

Waveguide Loaded with Anisotropic Dielectric

Material Using 3D-FDTD Method

Mohammad Sigit Arifianto, Maulana Randa, Azwar

Mudzakkir and Achmad Munir

040141

Proximity-Coupled Multiband Substrate

Integrated Waveguide Antenna with Defected

Ground Structure

Chairunnisa, Mia Maria Ulfah, Amanda Argadinata

and Achmad Munir

040145 Bringing Automation to the Classroom: A

ChatOps-Based Approach

Eueung Mulyana, Hendrawan and Rifqy Hakimi

040149

Intent-Based Path Selection for VM Migration

Application with Open Network Operating System

Dimas A. Marenda, Galura M. Suranegara, Aris C.

Risdianto, Rifqy Hakimi and Eueung Mulyana

040152

User Interface, Creation and Retrieval of User

Health Information with Google Firebase, and

Delivery of Automatic Emergency SMS for

Ambient Assisted Living System: Monitoring of

Elderly Condition using Smart Devices

Astrid Gloria Pepita and Tutun Juhana



Poster Session

Paper ID Title / Author

040154 Design and Implementation of HAPS on Air

Pollution Monitoring System

Iskandar Iskandar and Eka Aditya Chandra Kusuma

040155

Design and Implementation of Nodes on Air

Pollution Monitoring System Using Wireless

Sensor Network Based on HAPS

Iskandar Iskandar and Martin Rinaldi

040156

Design and Implementation of Web Application on

Air Pollution Monitoring System Using Wireless

Sensor Network Based on HAPS

Iskandar Iskandar and Mohammad Bimo Adha

040157

Impact of Random and Burst Packet Loss on

Voice Codec G.711, G.722, G.729, AMR-NB,

AMR-WB

Gaous Afrizal and Hendrawan

040158 Wireless Sensor Network on 5G Network

Veronica Windha M., Iskandar, Hendrawan,

Muhammad Sigit Arifianto



Keynote Speaker






Content availability in

Information-Centric

Networking

Prof. Noriaki Kamiyama, Ph.D. Biography— Noriaki Kamiyama received his M.E. and Ph.D.

degrees in communications engineering from Osaka University in

1994 and 1996, respectively. From 1996 to 1997, he was with the

University of Southern California as a visiting researcher. He

joined NTT Multimedia Network Laboratories in 1997. From 2013,

he was also with the Osaka University as an invited associate

professor. Afterwards, he became an invited professor in 2015.

Since 2017, he join Fukuoka University as a professor in the

Faculty of Engineering. He has been engaged in research

concerning network economics, content distribution systems,

optical networks, IP traffic measurement, and network design. He

received the best paper award at the IFIP/IEEE IM 2013. He is a

member of IEEE and IEICE.






Software Engineering and Computation






Paper ID 040211

Filtering Outlier Data Using Box Whisker Plot Method

for Fuzzy Time Series Rainfall Forecasting

Made Doddy Adi Pranatha, Made Sudarma, Nyoman Pramaita,

I Made Oka Widyantara

Magister of Electrical Engineering Department, Faculty of Engineering

Universitas Udayana, Bali, Indonesia [email protected], [email protected],

[email protected], [email protected]

Abstract—Rainfall forecasting provides benefits in several sector. The

pattern of rainfall intensity in the same month every year has similarities, so

that modeling of fuzzy time series can be used to model rainfall pattern in a

region, but the amount of rainfall in every month has a varied value which

where there is too high rainfall values and too low (outlier). The value of the

outlier can damage the error distribution causing the forecasting value to be

not good, so it needs an outlier search method to optimize the fuzzy time

series method. In this research has prposed the model used box whisker plot

method to find outlier data and then compare the result fuzzy time series

method with outlier data and data with outlier that have been omitted. The

accuracy value is better indicated by the decrease in MAD value where the

initial MAD value forecasting with outlier data is 114.39 and the predicted

MAD value forecasting without outlier data is 93.85.

Keywords—Box Whisker Plot; Fuzzy Time Series; Rainfall Forecast.

mailto:%[email protected]

mailto:[email protected]



Paper ID 040226

A New Hybrid Method based on Nearest Neighbor

Algorithm and 2-Opt Algorithm for Traveling Salesman

Problem

Dian Nuraiman, Yushinta Dewi, Fadilah Ilahi, Eki Ahmad Zaki Hamidi

Department of Mathematics, UIN Sunan Gunung Djati

Bandung, Indonesia [email protected], [email protected],


Abstract— Traveling salesman problem has been one of the mostly

studied problems in combinatorial optimization. This paper proposes a new

hybrid method combining the nearest neighbor algorithm and the 2-opt

algorithm. The performance of this method has been tested to several

benchmark problems from TSPLIB involving 12 instances of symmetric

problems and three instances of asymmetric problems with various number

of nodes from 17 to 783 nodes. The results show that the hybrid method can

reduce the relative error significantly compared to the nearest neighbor

algorithm only.

Keywords—traveling salesman problem; nearest neighbor algorithm;

2-opt algorithm; hybrid method.







Paper ID 040229

Modified Fourth-Order Runge-Kutta Method Based on

Trapezoid Approach

Abdurrahman Nurhakim, Nanang Ismail, Hendi Maja Saputra,

Saepul Uyun

Department of Electrical Engineering, UIN Sunan Gunung Djati



Abstract— This paper analyzes the modification of fourth order Runge-

Kutta Method based on trapezoid approach for calculating a distance of

accelerometer sensor. The aim was to get an accurate and precision fourth

order Runge-Kutta Method. In this research, we compared the result

between original fourth order Runge-Kutta Method and modified fourth

order Runge-Kutta Method. We also compared the accuracy and precision

of those methods. The result shows that modified fourth-order Runge-Kutta

Method has a better accuracy and precision. Original fourth-order Runge-

Kutta Method has an average inaccurate value of 4.93%, and modified

fourth order Runge-Kutta Method has an average inaccurate value of 4.11%.

Meanwhile, for the precision level, original fourth order Runge-Kutta

Method has average imprecision value of 32.52%, and modified fourth order

Runge-Kutta Method has average imprecision value of 29.66.

Keywords—modified fourth order Runge-Kutta; trapezoid approach;

accelerometer sensor.







Paper ID 040230

Application of the Steepest Ascent Hill Climbing

Algorithm in the Preparation of the Crossword Puzzle

Board

Yoppy Sazaki, Anggina Primanita, Hadipurnawan Satria,

Rezi Apriliansyah

Faculty of Computer Science, Universitas Sriwijaya

Palembang, Indonesia [email protected], [email protected],


Abstract— Crossword puzzles are one of a kind of crossword puzzle. The

crossword puzzle board has many board variations based on the letters

arranged on the board. The Steepest Ascent Hill Climbing algorithm is

applied to determine the optimal cross-board puzzle shape. the initial

succcessor is selected based on the largest number of characters. The next

successor is selected from the second longest character until all the answers

are selected, then the final step is to calculate the fitness value to evaluate the

answer board formed by counting the answer intersections and the number

of questions that can be used on the answer board. This study introduces a

fitness value formula for crossword puzzles based on the junction between

the answers and the number of questions formed. The test results showed

that the maximum fitness value of this study was 0.30 on rows and columns

15, number of questions composed 21, number of questions 30, ratio 15:15,

and number of black box 100 and white box 125.

Keywords—Crossword puzzle; Fitness Value; Steepest Ascent Hill Climbing

Algorithm.







Paper ID 040233

Designing An Application Based On Enterprise

Resource Planning For Green Procurement System

Using SCOR Model In The Leather Tanning Industry

Shabrina Mutiara, Ari Yanuar, Rosad Ma’Ali El Hadi

Telkom University


[email protected]

Abstract— The existence of environmental standardization demands for

the export of goods makes the leather tannery should pay attention to every

existing business activity with its impact on the environment. Environmental

impacts can be minimized if all business activities are well monitored and

managed. Monitoring of this business activity is done with green supply chain

management concept. The objective to be gained from the application of

green supply chain management is to consider the environmental impacts

ranging from raw material procurement process to the end of all products.

In this research will focus on green procurement system. To apply green

procurement requires a model that can determine the green attribute in

every business process. This green attribute is designed using a supply chain

operation reference (SCOR) model. The result of this SCOR model is a key

performance indicator (KPI) which has been given weight to determine the

importance level of each KPI. The weight is obtained from the calculation

using analytical hierarchy process (AHP) method. This KPI will be an input

to consideration in making green procurement system. In this research there

are 7 KPI that will be used in building green procurement system.

This green procurement system is developed base don Enterprise

resource planning using the Odoo application. This green procurement

system will be integrated with green manufacturing, green sales &

distribution, and green reverse logistic. So that will form an application that

can monitor the whole business process that has been environmentally

friendly.

Keywords—Green Supply Chain Management; Green Procurement; Green

SCOR; KPI; ERP; Odoo.



Paper ID 040244

Analysis of Technological Relationships Using

Production Function in Manufacturing Industries

Elis Ratna Wulan, Edi Mulyana, Tedi Priatna,

Ahfazh Fauzy Nurunnajib

UIN Sunan Gunung Djati, Bandung, Indonesia [email protected], [email protected],


Abstract— In an effort to reach the target production, which depends on

different factors such as land, labor and capital, manufacturing industries

seek to determine the optimal amount of labor. It aims to ensure the efficient

use of labor to face the competitive global market. Indonesia is a developing

country and therefore it is essential to introduce mass industrialization in

order to strengthen Indonesia’s economy and to enable the country to

compete on the global market. The development of economy is dependent on

the industrial policies of the country. By using an applied mathematical

production function we could inform industrial policies about the production

inputs and outputs. In the current era of globalization, mathematics is very

actively applied in various aspects of society, such as a variety of functions in

the analogy of mathematics into related activities between one variable

(person) and with another variable (or any other group of people). Such

functions include exponential functions, trigonometric functions, quadratic

functions, logarithmic functions and others. The Cobb–Douglas production

function is widely used to represent the technological relationship between

the amounts of two or more inputs, particularly physical capital and labor,

and the amount of output that can be produced by those inputs. This function

involves two or more variables, one of which is called the dependent variable

(which is explained/ Y), and the other is called the independent variable

(which explains/ X). In the model of Cobb-Douglas production function, the

value of the parameters (numerical measurable) show elasticity of each input

factors. The sum of parameters show the level of returns to scale.

Keywords—Cobb Douglas production function; return to scale; elasticity.




Hardware and RF Devices



Paper ID 040219

Design of Microstrip Hairpin Bandpass Filter

for X-Band Radar Navigation

Basith Adli1, Rina Mardiati1, Yudi Yuliyus 2

1Department of Electrical Engineering, UIN Sunan Gunung Djati 2Lembaga Ilmu Pengetahuan Indonesia

Bandung, Indonesia [email protected], [email protected], [email protected]

Abstract— Today radar has broad benefits in many areas, for example

in telecommunications and military or civil applications for navigation. An

important component that can improve the performance of a radar system is

the filter. The function of the filter is to pass the desired frequencies and block

the unwanted frequencies. This final project discusses the design and

realization of a bandpass filter using microstrip technology with a hairpin

structure working at frequencies of nine point two five Gigahertz to nine

point three five Gigahertz. The filter was designed for the middle frequency

of nine point three Gigahertz with a bandwidth of one hundred Megahertz,

insertion loss less than or equal to minus three dB, return loss more than or

equal to minus ten dB. The filter was realized using a Rogers 5880 substrate

with a relative dielectric constant value of two point two and substrate

thickness of one point five eight millimeter. A simulation was carried out

using the CST Suite Studio software application. The realized filter had a

middle frequency of nine point three Gigahertz, with insertion loss at minus

three point seven one nine dB, return loss at minus nineteen point two dB, a

bandwidth of two hundred and eighty Megahertz and the VSWR was one

point two four six.

Keywords—bandpass; filter; hairpin; microstrip.




Paper ID 040223

Increasing Bandwith Of Log Periodic Microstrip

Antenna Using Parasitic Air Gap for Digital Video

Broadcasting Application

Indra Surjati1, Syah Alam2

1Graduate Program of Electrical Engineering, Universitas Trisakti 2Department of Electrical Engineering, Universitas 17 Agustus 1945

Jakarta, Indonesia [email protected], [email protected]

Abstract— This paper proposes a new design of a log periodic microstrip

antenna with parasitic air gap for Digital Video Broadcasting application

with reflection coefficient value of ≤ -10 dB and VSWR ≤ 2 at working

frequency of 478 to 694 MHz. The proposed antenna consists of two layers of

substrate where at the bottom layer is a log periodic microstrip antenna and

at the top layer is a parasitic load separated by air gap. The bandwidth of the

design antenna can be optimized by adjusting the distance of air gap between

the top and bottom layers of the proposed antenna. From the simulation

results can be obtained the distance gap (d) is 2 mm with the bandwidth of

the antenna design is 339 MHz (421 MHz to 757 MHz). Using parasitic air

gap the bandwidth of the proposed antenna can be increased until 31.49%

compared to the conventional log periodic microstrip antenna.

Keywords—log periodic; microstrip; antenna; air gap; parasitic.




Paper ID 040237

A 2×2 Inset Feed Circular Patch Antenna Array for

1.8GHz LTE Application

Octaviansyah Setyo Baskoro1, I Putu Ardana1, Pande Ketut Sudiarta1,

Achmad Munir2 1Department of Electrical Engineering

Faculty of Engineering, Universitas Udayana, Bali, Indonesia 2Radio Telecommunication and Microwave Laboratory

School of Electrical Engineering and Informatics,

Institut Teknologi Bandung, Bandung, Indonesia [email protected], [email protected],


Abstract— This paper presents the design and characterization of 2×2

circular patch antenna array for 1.8GHz Long Term Evolution (LTE)

application. The antenna array consists of 4 circular patches designed on a

1.6mm thick FR4 epoxy dielectric substrate with relative permittivity (er) of

4.2. An inset feed method is applied to feed each circular patch to improve

overall performance of the antenna array. The physical parameter of

proposed antenna array is analyzed through simulation to obtain the

optimum performance satisfying the requirement of application. The

experimental characterization is conducted for the realized antenna array to

be compared with the simulation. It shows that realized antenna array

resonates at the frequency of 1.8GHz with the gain of 8.12dBi in which this

is agreed very well with the simulation result.

Keywords—antenna array; circular patch; inset feed; Long Term Evolution

(LTE).





Paper ID 040238

A 13.56MHz AD9850 Oscillator with E-Class Power

Amplifier for Wireless Power Charging

Azwar Mudzakkir Ridwan 1, 2, Achmad Munir 2

1Department of Electrical Engineering

Faculty of Science and Technology, UIN Sunan Gunung Djati 2School of Electrical Engineering and Informatics,

Institut Teknologi Bandung

Bandung, Indonesia [email protected], [email protected]

Abstract—In this paper, the characterization of a 13.56MHz oscillator

equipped with E-class power amplifier for wireless power charging is

discussed. The oscillator is constructed using a CMOS digital direct

synthesizer (DDS) of AD9850 type from Analog Device. The use of AD9850

oscillator is due to its stability in generating the sine wave frequency of

13.56MHz required for the transmitter system of wireless power charging.

While the E-class power amplifier is empowered by two cascaded MOSFETs

of IRF510 and IRF620 types to obtain the high gain amplification. Prior

hardware realization, a circuit & EM simulator software is used to simulate

the proposed design. The experimental characterization demonstrates that

the power amplifier could amplify the sine wave output of AD9850 oscillator

up to 36.3dB suitable for the desired application.

Keywords—Digital Direct Synthesizer (DDS); E-class power amplifier;

oscillator; wireless power charging



Paper ID 040140

Performance Analysis of Waveguide BPF Loaded with

Dielectric Frequency Selective Structure

Amanda Argadinata, Achmad Munir

Radio Telecommunication and Microwave Laboratory




Abstract—The performance analysis of waveguide bandpass filter (BPF)

loaded with dielectric frequency selective surface is presented. The proposed

filter is constructed by use of a rectangular waveguide encapsulates 2 layers

of FR4 epoxy dielectric substrate which are flanking rectangular strip lines

yielding a dielectric frequency selective structure. A WR284 type rectangular

waveguide designed to work on the TE10 mode is employed for the filter

implementation. The performance of filter focused on its bandwidth response

and S-parameters (S11 and S21) is analyzed through simulation by

investigating the parameters of rectangular strip lines such as the length of

strip line, the separation between strip lines, and the number of strip lines.

As an experimental characterization, a waveguide BPF is realized with a

dielectric frequency selective structure comprising 3 rectangular strip lines

resulting in the filter performance comparable to the design result.

Keywords—bandpass filter (BPF); dielectric frequency selective structure;

performance analysisrectangular waveguide



Paper ID 040243

SIW Power Divider and Its Performance Analysis

Affected by Number of Incorporated CSRRs

Ulfa Sri Utami 1, Nanang Ismail 2, Achmad Munir 1

1Radio Telecommunication and Microwave Laboratory


Institut Teknologi Bandung 2Department of Electrical Engineering

Faculty of Science and Technology, UIN Sunan Gunung Djati

Bandung, Indonesia [email protected], [email protected], [email protected]

Abstract—This paper discusses the design of substrate integrated

waveguide (SIW) power divider and its performance analysis affected by the

number of incorporated complimentary split ring resonators (CSRRs). The

proposed SIW power divider is designed on an FR4 epoxy dielectric substrate

with the thickness of 1.6mm. The effect of increasing the amount of CSRRs

incorporated into the SIW surface is analyzed for some parameters, namely

frequency response, return loss, and insertion loss. Each CSRR is composed

of a pair of concentric circle-shaped slot rings fitted with a gap in the opposite

ends. The analysis results shows that the frequency response of SIW power

divider decreases as the increase of number of CSRRs. Meanwhile the return

loss and the insertion loss tend to be poorer for the higher number of CSRRs

incorporation although the poorness of quality shows no particular pattern.

Keywords—complimentary split ring resonators (CSRRs); frequency

response; performance analysis; substrate integrated waveguide (SIW).





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IoT and Mobile Communication



Paper ID 040213

Detection of Immovable Objects on Visually Impaired

People Walking Aids

Abdurrasyid, Indrianto, Rakhmat Arianto

Informatics Engineering, Sekolah Tinggi Teknik PLN

Jakarta, Indonesia [email protected], [email protected], [email protected]

Abstract—One consequence of a visually impaired (blind) person is a

lack of ability in the activities related to the orientation and mobility. In

general, blind person uses a stick as a tool to know the objects that surround

him/her and expertise and structured training are needed to use it. An

attached camera will obtain an image of an object which then processed using

template matching method to identify and trace the image of the object. After

getting the image of the object, furthermore calculate and compare it with

the data training. The output is produced in the form of sound that in

accordance with the object. The expected result from this research is an

implementation of the template matching method on silent object detection

camera model as a tool for blind person which is able to recognize what object

in front of him/her when he/she is walking.

Keywords—Template Matching; Visual Impairment; Walking Aids; Image

Processing; Object Detection





Paper ID 040231

Real-time Online Attendance System Using Fingerprint

Sensor and GPS on the Smartphone

Lia Kamelia1, Eki Ahmad Zaki Hamidi1, Afit Nugraha1,

Wahyudin Darmalaksana2 1Department of Electrical Engineering

2Research and Publication Center

UIN Sunan Gunung Djati



Abstract—Real-time online attendance method is helpful for workers

who do a lot of activities outside the office or workers with multi-schedule.

The attendance system using online biometric fingerprint system will reduce

the problems caused by manual system usage such as lags in data

management. The purpose of the research is to constructs an online presence

system that combines fingerprint modules and GPS. The ZFM-20 fingerprint

module is used as the system's main input as well as a security tool as an

entrance to get access to the entire system. GPS module is applied to

determine the user's location and sends it to the smartphone. Arduino

module in the system will send a text message to the parties concerned about

the user's location data automatically. Each module works well and testing

the entire system showed the system work reliable according to the initial

scenario. The User can access the report using SMS, website, and application

on the Android smartphone. The fingerprint sensor can determine the

fingerprint stored in the database with an average response time of 1.39

seconds, and GPS can determine latitude and longitude with an average error

of 0.007352% and 0.0003% respectively.

Keywords—arduino; attendance system; biometric; fingerprint; GPS.







Paper ID 040236

Design and Implementation Supervisory Control And

Data Acquisition (SCADA) of Sedimentation Process of

Water Treatment Plant (WTP) Using Raspberry Pi 3 B

Eki Ahmad Zaki Hamidi, Mufid Ridlo Effendi, Hasbi Ash Shiddiq

Department of Electrical Engineering

Faculty of Science and Technology, UIN Sunan Gunung Djati


[email protected]

Abstract—Drinking water is a very important factor in human life. To

get water that can be consumed by humans, conducted water treatment plant

(wtp). Sedimentation process is a very important process in wtp because the

water treated for consumption comes from rivers and reservoirs that have

the highest percentage of mud content. Utilization of Supervisory Control

And Data Acquisition (SCADA) system in sedimentation process to conduct

supervision and automation can improve result and quality of drinking water

produced. Raspberry Pi 3 B is used as an effective alternative to

sedimentation process automation PLC. Mini Computer Raspberry Pi as

Master Termina Unit (MTU) or central of the system that serves to control

the input and output on the system. Photodiode and laser sensors as

indicators of the magnitude of light intensity that is affected by the turbidity

of water. Relay and solenoid valve as the sludge removal actuator of all

elements of SCADA system is able to operate well in sedimentation process

Water Treatment Plant (WTP). The magnitude of light intensity in normal

state average is 190.4 A0, while the big intensity of light when exposed to light

Laser with the smallest value 21.197 A0 for sensor I and 48.856 A0 for sensor

II.

Keywords— SCADA; Raspberry Pi; Sedimentation.





Paper ID 040242

IoT-Based UPS Monitoring System Using MQTT

Protocols

Padlan Alqinsi1, Nanang Ismail1, Ian Joseph Matheus Edward2,

Wahyudin Darmalaksana1 1Department of Electrical Engineering

Faculty of Science and Technology, UIN Sunan Gunung Djati 2School of Electrical Engineering and Informatics

Bandung Institute of Technology

Bandung, Indonesia [email protected], [email protected], [email protected],

[email protected]

Abstract— Uninterruptible power supply (UPS) monitoring system using

message queuing telemetry transport (MQTT) protocol is a solution to solve

UPS monitoring issues in a large infrastructure. Based on IoT concept, the

system described in this article used Arduino microcontroller connected to

the Internet via an ethernet shield. The system used MQTT as a

communication protocol that was designed for a lightweight communication.

This system was intended to display UPS monitoring data in real-time on a

web page stored on raspberry pi which roles as a web server, MQTT broker,

MQTT subscriber and database. UPS parameter could be monitored using a

web-based application. There were some differences in data obtained from

sensor with the measurement results of measuring instruments specified for

each parameter: the difference of input voltage was equal to 0.09%, while

differences of output voltage, output power and output current reached

1.34%, 0.17% and 20%, respectively.

Keywords—UPS; MQTT; Monitoring System; IoT.






Paper ID 040248

System Design of Controlling and Monitoring on

Aquaponic Based in Internet of Things

Adrian Kemal Pasha1, Edi Mulyana1, Muhammad Ali Ramdhani 2,

Cecep Hidayat 3, Opik Taupik Kurahman3, Mirza Adhipradana4 1Department of Electrical Engineering

2Department of Agrotechnology 3Department of Informatics

UIN Sunan Gunung Djati

Bandung, Indonesia 4Senior Engineer Sales Stock Indonesia

[email protected], [email protected],



Abstract—In the aquaponic’s system, maintenance water temperature

and water value of pH is very important to make sure fish and plant grow

well. The goal of this research is to make a monitoring system of water

temperature and water value of pH in aquaponic’s system. It’s also add

controlling system to keep aquaponic’s environment stable and also to feed

fish automatically with internet of things. The result of this research is water

value of pH, water temperature monitoring system and controlling system

that use websocket’s framework to keep the system in real time operation.

Arduino is used as the data taker and also the executor in controlling system.

Meanwhile Raspberry Pi is used as a web server and the gateway so it can be

accessed in web interface. The result of this research is prototype of

monitoring and controlling system that applicated in aquaponic and can be

access from web interface.

Keywords—Arduino; Aquaponi; Internet of Things (IoT); Raspberry Pi; Web

Interface.










Wireless and Mobile Communications



Paper ID 040310

Blockchain based secure data handover scheme

in non-orthogonal multiple access

Anik Islam 1, Mohammed Belal Uddin1, Md. Fazlul Kader 2, Soo Young

Shin1 1Kumoh National Institute of Technology

South Korea 2University of Chittagong

Bangladesh [email protected], [email protected], [email protected],

[email protected]

Abstract—Non-orthogonal multiple access (NOMA) with successive

interference cancellation receiver is considered as one of the most potent

multiple access techniques to be adopted in future wireless communication

networks. Data security in NOMA transmission scheme is of much attention

drawing issue. Blockchain is a distributed peer-to-peer network enables a

way of protecting information from unauthorized access, tempering etc. By

utilizing encryption techniques of blockchain, a secured data communication

scheme using blockchain in NOMA is proposed in this paper. A two-phase

encryption technique with key generation using different parameter is

proposed. In the first-phase data is encrypted by imposing users' public key

and in the second phase, a private key of the base station (BS) is engaged for

encryption. Finally, the superiority of the proposed scheme over existing

scheme is proven through a comparative study based on the different

features.

Keywords—Blockchain; data security; SIC; next generation wireless

communication; NOMA.






Paper ID 040121

On the Performance Evaluation of Uplink Cognitive

Femtocell SCMA Systems under Imperfect Channel

Sensing

Fadil Hamdani, Mohammad Sigit Arifianto

Radio Telecommunication and Microwave Laboratory




Abstract— In this paper, we investigate the performance of a femtocell

implementing sparse code multiple access (SCMA) system which has the

ability to access the wireless channel opportunistically using cognitive radio

(CR) capabilities. Dynamic Spectrum access (DSA) of CR enable the

femtocell to works on the channels with the lowest level of interferences. The

interference level of a channel which is indicated by an interference signature

determine the channel usage priority level. Simulation result show

degradation of bit error rate (BER) when probability of missed detection of

energy detection spectrum sensing increase. It is also shown that as the

decision threshold of energy detection become higher, the number of received

bit error in the femtocell base station increased.

Keywords—cognitive radio; decision threshold; femtocell; SCMA.



Paper ID 040328

Bangi-MIMO: A Reconfigurable Next Generation Base

Station for Smart Campus Application

Mohammad Hasbullah Mazlan, Athirah Ramly,

Rosdiadee Nordin, Mahamod Ismail, Nor Fadzilah Abdullah

Centre for Advanced Electronics and Communication Engineering,

Universiti Kebangsaan Malaysia,

Selangor, Malaysia

{ hasbullah.mazlan, p93075}@siswa.ukm.edu.my, {adee, mahamod,

fadzilah.abdullah}@ukm.edu.my

Abstract— In this paper, we have presented a smart campus for smart

learning system using wireless connectivity in a campus setting (such as

university and school), which help learning process anywhere and anytime

for the campus residents. A reconfigurable wireless Base Station (BS) system

is build using Universal Software Radio Peripheral (USRP), known as Bangi-

MIMO. This paper presented development and validation of Bangi-MIMO

testbeds systems by using LabVIEW Communication System Design Suite

2.0 software and National Instruments (NI) USRP™ RIO software defined

radios (SDRs). Bangi-MIMO used the NI Software and Hardware testbed

due to simplified design flow for creating FPGA-based logic and streamlined

deployment for high-performance processing. Performance of the platform

is tested in a High Definition (HD) video transmission, which represent on-

demand video lecture as a potential application for the smart campus. The

Bangi-MIMO testbed is a modification from original SISO testbed from NI

into MIMO testbed. The performance for EVM and constellation graph for

MIMO is better compared to SISO system.

Keywords—Internet-of-Things; Software Defined Radio; Smart Campus;

Universal Radio Software Peripheral.



Paper ID 040146

Design and Implementation of SDR based GSM Floating

BTS for Remote and Disaster Affected Areas

Uud Prayuda, Muhammad Ammar Wibisono, Iskandar

School of Electrical Engineering and Informatics



[email protected]

Abstract—This paper presents design and implementation of SDR-based

GSM floating Base Transceiver Station (BTS) for remote and disaster-

affected areas. The system consists of Nuand bladeRF x115 as the SDR,

Raspberry Pi 3 as the computer, GSM900 amplifier, dual band GSM patch

antenna for uplink and downlink communication, and the power supply

which consists of LiPo 5200 mAh battery and voltage regulator module.

Beside hardware components, the system uses YateBTS as the BTS software.

The system is tested by sending SMS and voice calling. The received power

was also measured at certain range from the BTS. The voice call and SMS

were succesfully performed within range of 90 meters with minimum

received power of -105dBm. The dual band GSM patch antenna was also

fabricated on 1.6mm thick FR4 epoxy substrate with dimension of 85mm x

85mm. The simulation result shows that the return loss value of the dual band

GSM patch antenna is -21,77dB and -21,22dB at frequency of 905MHz

(uplink) and 955MHz (downlink), respectively. Whilst the measured result

shows that the return loss value is -28,83dB and -23,22dB at frequency of

915MHz (uplink) and 960MHz (downlink), respectively.

Keywords— SDR; GSM; bladeRF; YateBTS; patch antenna.





Paper ID 040150

The Design of Database, Location Detection and

Application Programming Interface for Ambient

Assisted Living Family Tracker with Mobile Appication

Services

Amira Maulina, Tutun Juhana




Abstract—Mobile application development has developed very rapidly,

where the cost of mobile devices getting cheaper, so that mobile devices

become an essential tool of communication and information technology.

Event detection is an important topic in the AAL community, particularly

fall detection. The most commonly used sensors for This paper discusses

these problems and many more, with a detailed overview of how to get started

developing for a variety of mobile devices. If you are reading this, you are

interested in learning about mobile development; we hope to give you the

information and tools to start down the best path to develop a mobile

application.

Keywords— Database; User Interface; GPS; AAL.



Networking and Telematics Applications



Paper ID 040101

Traffic Engineering and Grade of Service Passenger

Flow at Palembang LRT Train

Andira Rizky Sulaeman, Sigit Haryadi



Bandung, Indonesia


Abstract— The existence of light train or light rail transit (LRT) in

Palembang city will provide many benefits. One of them is facilitate the flow

of transportation. This study aims to analyze the capacity of the number of

passengers that can be served by LRT in the city of Palembang on condition

that the quality of LRT service is still good. If the train travel from the airport

station to the depo station from 6:00 to 18:00 hours using the first scenario is

1 series of train that consist 3 carriages per series, it will be able to carry

35,072 passengers, the second scenario is using 2 series of train that consist 3

carriages per series, it will be able to carry 70,144 passengers , and if using

the third scenario is 6 series of train that consist 5 carriages per series, it will

be able to carry as many as 350,720 passengers. LRT Palembang can reduce

road congestion by 14.18% for first scenario and 28.36% for second scenario,

and for third scenario can carry all passengers.

Keywords— LRT Palembang; queue; passenger; train.



Paper ID 040207

Protocol in Cluster-Based Wireless Sensor Networks

Waskitho Wibisono, Tohari Ahmad, Radityo Anggoro

Department of Informatics, Institut Teknologi Sepuluh Nopember

Surabaya, Indonesia

[email protected], [email protected], [email protected]

Abstract—Wireless sensor networks (WSN) are commonly formed by

distributed sensor nodes equipped with wireless transmitter with limited

bandwidth, computation power and battery sources. WSN are generally

developed for wild life, military or environmental monitoring etc. These facts

have highlighted challenges to minimize energy consumption of sensor nodes

while still maintaining the goal of WSN developments. In this paper, an

integration of cluster-based and position based routing protocols for multi-

hop scenarios is proposed. The self-organized clusters are formed

periodically where decision to become cluster head (CH) is performed

individually by each node. Direct long communication between selected CH

to sink node is avoided to preserve energy and minimize impact of

overhearing transmission. Accordingly, a multi-hop communication scheme

which adopts position based routing is applied. The proposed approach has

been developed and tested using wireless simulation framework. It shows

that the proposed approach can increase remaining battery energy, increase

packet delivery ratio and reduce the number of dead nodes in various

simulation settings.

Keywords—Wireless Sensor Networks, Cluster-Based Routing Protocol,

Position-Based Routing.



Paper ID 040212

Energy Consumption and Packet Loss Analysis of

LEACH Routing Protocol on WSN over DTN

Maurizka Ainur Rahmadhani, Leanna Vidya Yovita, Ratna Mayasari

Faculty of Electrical Engineering, Telkom University

Bandung, Indonesia


[email protected]

Abstract— In busy network, LEACH Routing on Wireless Sensor

Network (WSN) has a high packet loss. To solve the problem we need Delay

Tolerant Network (DTN). DTN is an advanced architecture that allows

communication in extreme conditions like busy network. In this research,

LEACH-WSN change to optimize the network by adding DTN to

LEACHWSNoverDTN. The LEACH-WSN modification by providing a

bundle layer to keep the data temporarily. Simulation is performed to test

the performance of LEACH-WSNoverDTN based on changes of number of

node and buffer capacity. In the changing number of node, LEACH-

WSNoverDTN can improve performance by decreasing packet loss value by

50% of LEACHWSN packet loss. In the changing of buffer capacity,

LEACHWSNoverDTN also improves performance on PDR values that

increase by 1.8% of LEACH-WSN. In the test of energy consumption in two

scenarios, LEACH-WSN and LEACHWSNoverDTN have no significant

differences but when we check the lifetime of node which depends on energy

consumption, LEACH-WSNoverDTN has early death node. The effect of

LEACH-WSNoverDTN is significant when the number of nodes increases or

busy network.

Keywords— WSN, LEACH, DTN.



Paper ID 040116

Analysis of 5G Band Candidates for Initial

Deployment in Indonesia

Septi Andi Ekawibowo, Muhammad Putra Pamungkas, Rifqy Hakimi



Bandung, Indonesia


[email protected]

Abstract— Indonesia has just started to deploy LTE 4G network in 2015.

Nevertheless, Indonesia has started preparing to roll out 5G network in the

near future to support government program in the application of industry

4.0 and the need of data traffic of mobile phone user which keep increasing.

Based on the timeline of the International Telecommunication Union (ITU),

the 5G Technology will be officially commercially deployed by 2020. Some

leading market countries have begun trials and preparations to deploy its 5G

network according to the timeline of ITU. Some reports say that the

Indonesian government has taken steps to accelerate to deploy the fastest 5G

network by the end of 2021. One step of the acceleration is to begin studying

which band candidate will be used to deploy 5G network. This paper will

examine and analyze which band candidate that suitable for the initial

deployment of 5G in Indonesia based on the condition of the existing

frequency spectrum allocation. From the analysis that has been done, it is

found that the most suitable candidate bands for the initial deployment of 5G

network in Indonesia are in band 3.3-4.2 GHz and 24.25-29.5 GHz.

Keywords— 5G, spectrum, band candidate, initial deployment.



Paper ID 040120

2600 MHz Frequency Spectrum Optimization for

LTEAdvanced Wireless Access Network

Nivika Tiffany Somantri, Hajiar Yuliana, Iskandar Iskandar



Bandung, Indonesia


[email protected]

Abstract— 2600 MHz spectrum frequency or commonly called as the S-

Band is one of the spectrum candidates that can be used for mobile wireless

access network services. However, S-Band is currently employed for pay

television service, so it needs analysis of refarming process to be able to move

S-Band to other frequency spectrum. In this case, it is Ku-Band. Based on

the analysis of refarming process using Rec. ITU-R SM.1603, the deployment

process from the S-Band frequency to Ku-Band is considered optimal to

implement. After knowing that the deployment process is optimal, S-Band

can be implemented for LTE-Advanced network. Meanwhile, the

implementation of S-Band needs to apply dimensioning process based on

coverage and capacity to obtain the number of sites in accordance with the

area that will be used. Based on the results of dimensioning, the number of

sites used for LTE-Advanced network is 220, obtained from the result of

capacity dimensioning.

Keywords— Rec. ITU-R SM.1603, Dimensioning, LTE-Advanced.



Emerging Technologies and Wireless Sensors



Paper ID 040208

Comparing Cache-Accelerated Approach on DAS and

NAS as Storage Solution for Small Scale Virtual Desktop

Deployment – A Case Study at ABC University

Marcel

Universitas Kristen Krida Wacana

Jakarta Barat, Indonesia

[email protected]

Abstract— Desktop virtualization proposed a mechanism to consolidate

desktop computing resources, where the processing power was moved from

user's side to centralize server's side. Many of desktop virtualization

initiatives considered as fail because it run smooth during trial, but facing

bottlenecks during real-life operation. Not surprising, since during trial, we

dealt only with very small quantity of VMs, compared with production. Some

enterprise solution with focus on storage performance has proposed full-flash

storage solution, but for small to medium scale organization that had budget

constrains may prefer DAS (Direct Attached Storage) or NAS (Network

Access Storage). Of course DAS and NAS had limitation in performance

compared with SAN, then some vendors offer server-side caching solution

for virtualization that utilize RAM (Random Access Memory) or flash drive

to leverage the storage performance. This experimental test was conducted

to evaluate DAS and NAS from two perspectives (Performance and initial

investment cost), using IOmeter as workload simulator and benchmark tools

for five storage scenarios, all configured in RAID10 and using server-side

caching as storage accelerator. This experimental test also intended to

answer which storage approach (between DAS and NAS) that most suitable

with ABC’s requirement, ABC was a university located in Jakarta. Three

scenarios from DAS-based approach, labeled as SAS7.2k, SAS10k, SAS15k,

and two other scenarios from NAS-based approach was labeled as NAS1-

7.2k, and NAS2-7.2k. When talked about performance, we focused on three

critical parameters (IOPS, bandwidth and latency). While SAS15k (DAS-

based) and NAS2-7.2k (NAS-based) were the top performer from each

respective category, the author found that NAS2-7.2k was the best option, it

outperformed SAS15k that 9,11% higher in price. NAS2-7.2k had 108,14%

higher in total IOs per second (Represent IOPS), 108,1% higher in total MBs

per second (Represent bandwidth), and 107,53% lower in average IOs

response time (Represent latency) when compared with SAS15k.

Keywords—desktop virtualization, virtual desktop, DAS, NAS, performance

comparison, initial-cost investment comparison, cache-accelerated, case study.




Paper ID 040122

Analyzing SDN-based Vehicular Network Framework in

5G Services: Fog and Mobile Edge Computing

Jafar Alim Habibi, Fahrizal Djohar, Rifqy Hakimi



Bandung, Indonesia


[email protected]

Abstract— The development of 5G and Software Defined Networking

(SDN) are compassed to be singular comprehensive line to allocate massive

communication in the future. Conveyance between massive Internet of

Everything (IoE) such as machine-to-machine (M2M), vehicle-to-vehicle

(V2V), or vehicleto-infrastructure (V2I) has pressed reseachers to produce

fresh or regenerate predecessor framework to collaborate within previous

technology aiming toward high-speed connectifity regarding on prerequisites

of [1]. Therefore, the contrivance of two popular frameworks, fog computing

(FC) and mobile edge computing (MEC) gave more well-knowledges to

experts in order to explore extensively about combining on these frameworks

and future 5G-based SDN. On this reseach, we will discover about each

parameter whose some strengthness and disadvantages on two main research

papers from [2] and [3] having explored deeply at these frameworks. In the

end, we will suggest concerning of three main component we have discovered,

and give briefly expounding with reference to our statements and whole

support inside of.

Keywords—fog, mobile edge, computing, framework, vehicular network.



Paper ID 040227

Automation Monitoring Clarity System and Water

Filtration Using Light Dependent Resistor Based on

Arduino Uno

Adam Faroqi, Lia Kamelia, Aenur Rofiq, Muhammad Ali Ramdhani,

Cecep Hidayat


UIN Sunan Gunung Djati Bandung

Bandung, Indonesia



Abstract— Maintaining the quality of water clarity in the aquarium is a

critical factor in the cultivation of ornamental fish, mainly to keep fish in

excellent condition and healthy. The purpose of this research is the design of

the water clarity monitoring system in the aquarium can detect the level of

clarity/ turbidity of water at a certain level, using Arduino Uno

Microcontroller as its controlling center and LDR (Light Dependent

Resistor) as its Sensor. Design methodology created using a closed control

system. The design results show that the tool designed to control the clarity

of the water in the aquarium.

Keywords—sensor LDR, microcontroller, Arduino Uno, LCD, aquarium.



Paper ID 040232

Designing Green Manufacturing Monitoring System

Using SCOR Model through Enterprise Resource

Planning In the Leather Tanning Industry

Baiti Jannah, Ari Yanuar Ridwan, Rosad Ma'Ali El Hadi

Teknik Industri, Telkom University

Bandung, Indonesia


[email protected]

Abstract— Leather tanning industry is one industry that has a high value

in Indonesia because the industry is not only for domestic supplies but rather

abroad. Tanneries using primary materials other than leather that is water

mixed with chemicals. It causes the leather tanning produces a lot of waste

liquid that can pollute the environment. Currently, the government in

Indonesia has been encouraging the industry to adopt environmentally

friendly and sustainable. In addition, one leather export requirements are

environmentally friendly. In realizing these environmentally friendly

industry that must implement green manufacturing system first. Green

manufacturing system can be applied easily if there is a performance

measurement and monitoring activities in the manufacturing process. Model

SCOR (Supply Chain Operations Reference) as a reference in measuring the

performance of manufacturing activities. The conceptual model in this study

begins by identifying stakeholders, business process identification,

identification of green requirements, identification of green objectives, and

the selection of KPIs, and designing an ERP system. Some KPIs identified

based on SCOR contained in the matrix. After designing KPI weighted

interest rate of using AHP. In supporting green manufacturing system for

monitoring would be easier if implementing enterprise resource planning

system. This is because the ERP system can integrate all business processes.

Keywords— SCOR, green manufacturing, KPI, AHP, ERP.



Paper ID 040135

Quantum Key Distribution (QKD) Protocols: A Survey

Ali Ibnun Nurhadi, Nana Rachmana Syambas



Bandung, Indonesia


Abstract— The security of key distribution of most conventional

cryptography is relied on mathematical complexity and the irrational time

needed to break the algorithm. But it will be ineffective if the secret key

distribution procedure is weak. More, in 1994 Peter Shor proposed an

algorithm that can factorize great integer number efficiently by using

principle of quantum computer. Recently, Quantum Key Distribution (QKD)

is drawing much attention of researcher as a solution of that problem of key

distribution. Theoretically, QKD have been proven can be provide

unconditionally secure communication based on quantum mechanics. In this

article we survey the most popular QKD protocols. Also, we present a little

experiment of some QKD protocols that we discussed on this paper.

Keywords— QKD Protocols, Quantum Cryptography, Quantum Key

Distribution.



Network and Information Security



Paper ID 040103

Hardware Trojan Design and Its Detection using

Side-Channel Analysis on Cryptographic Hardware

AES Implemented on FPGA

Bagus Hanindhito, Yusuf Kurniawan



Bandung, Indonesia


Abstract—Nowadays, an integrated circuit can carry many functions

which makes them more complicated and challenging to design and

manufacture. The involvement of the third party during the manufacturing

process is not unusual which can open the possibility for unauthorized

modification of the chip being fabricated by inserting illegal block called

hardware trojan to perform some malicious functions such as leaking

confidential information. This issue raises attention in the field of hardware

security to prevent the insertion of the hardware trojan and to detect the

presence of the hardware trojan in a chip. Side channel analysis is considered

as a prospective method to detect the existence of the hardware trojan

although there are several difficulties encountered. In this paper, we will

implement cryptographic hardware that can encrypt or decrypt information

using Advanced Encryption Standards (AES) in a Field Programmable Gate

Arrays (FPGA). Then, this reference model is subjected to the implantation

of hardware trojan designed to leak the secret AES key. By using the side

channel analysis and by adjusting the behaviour of the hardware trojan, we

will try to detect its presence using conventional measurement instruments

available on our labs. In the end, we can conclude the possibility conventional

apparatus can detect the existence of hardware trojan which can be

conducted by the end customer and how to design the hardware trojan to

evade the detection.

Keywords—Advanced Encryption Standard, cryptographic hardware, Field

Programmable Gate Arrays, hardware trojan, integrated circuit, side channel

analysis.



Paper ID 040104

Preliminary Research: File Type Identification on

Modification of File Structure using N-gram

Summarized

Gigih Supriyatno, Yusuf Kurniawan



Bandung, Indonesia


Abstract— In the digital forensic stage the file type identification aims to

ensure that the evidence file can be recognized with correct formatting. It can

help investigators choose the right application software so they can analyze

it further. There are some common applications that can be used to identify

the file type, but the accuracy of the resulting prediction is less than optimal.

Therefore, there are many researches that discussed technique and algorithm

to recognize file type. Identification of file types with n-gram analysis is one

of the algorithms. N-gram can serve as the profile identifier of a file type.

Some previous researches used only short n-grams or long n-grams in the

methodology they used. Others use a combination of n-grams with advanced

statistics such as machine learning. In this paper, we will propose the method

of file type identification using short and long n-grams summarized.

Keywords— n-gram, summarized, file type, sliding window.



Paper ID 040105

Security Requirement Design for m-Learning Android

Application using MASVS OWASP

Ariq Hardi, Rosmansyah Yusep



Bandung, Indonesia


Abstract— Online learning system is growing rapidly and applied to

various sectors. The growth of online learning and the number of mobile

internet users triggers the existence of a mobile learning system or m-

learning. m-learning system enabling users to access the online learning

resources through their mobile applications anywhere and anytime. The

easiness of m-learning system in line with the appearance of various

information security threats from mobile devices. Mobile applications have

the ability to connect to the network, so the threats that appear also more

diverse. The security side is very influential when the application

functionalities are designed. Some of the security challenges that arise to

develop a m-learning application are confidentiality, data integrity,

authentication, and nonrepudiation. This study defines a security

requirement of mlearning android applications using Mobile Application

Security Verification Standard (MASVS) approach issued by OWASP.

Keywords— Security Requirement, m-Learning, MASVS, OWASP.



Paper ID 040106

Searching Forensic Evidence in Compromised Virtual

Web Server against SQL Injection Attacks and

Backdoor PHP Web Shell

Gigih Supriyatno



Bandung, Indonesia

[email protected]

Abstract— In the case of forensics against compromised web servers,

investigators need to be familiar about how attacks are performed and the

web application systems used. SQL injection is a common attack and has a

critical impact. The attacker can take the contents of the database and even

inject a backdoor on the system. Web server analysis is closely related to log

file analysis. Attacks by attacker usually leave footprints in the web server

log files. Log files depend on configurations created by administrator and

web app designer. Therefore, investigators are required to be familiar with

log files that generally exist on the web server. The purpose of this paper is

to help investigators take appropriate steps to investigate when the web

server gets attacked, especially sql injection attacks. The proposed method is

applied to log files and application web files. There is also the possibility of

other attack techniques can be detected with this method. On the other side,

it can help web administrators to prepare their systems for the forensic

readiness.

Keywords— 5G, spectrum, band candidate, initial deployment.



Paper ID 040117

Design Activity Based Authentication System for Online

Examination on Distance Learning Environment

Demby Pratama, Yusep Rosmansyah



Bandung, Indonesia


Abstract— Internet technologies has been growing including

technologies for delivering educational material. E-learning or online

learning has become evolved and popular increasingly. Online examination

or online assessment is a important part of online learning. Assessment to a

student is almost submitted from distance without face-to-face interaction.

How to identify the true student by authenticated them become a big

challenges in remote assessment. This paper made in order to looking for

potential threats to student authentication in the online exam. Study also

analyzed limitation and benefits of the previous research in student

authentication for online examination. In rural areas, there are several

factors, such as bandwidth and infrastructure, need to be considered to

choose authentication methods. For this purpose, we propose the framework

of Activity Authentication Framework (AAF) to authenticate student in

online examinations. This framework combine challenge questions based on

profile and activity students to validate the student. The framework improve

security by improving authentication method of online examination. In order

to design the AAF, we compile system requirement that we show in this paper

and we also write question sources flow.

Keywords—online examination, challenge-questions, e-learning, system

requirement.



Communication System and Devices



Paper ID 040302

Cooperative Relaying Using MIMO NOMA

Mohammed Belal Uddin1, Md. Fazlul Kader2, Soo Young Shin1

1Kumoh National Institute of Technology

South Korea 2University of Chittagong

Bangladesh [email protected], [email protected], [email protected]

Abstract— Non-orthogonal multiple access (NOMA) is considered to be

a significant multiple radio access technology for future wireless networks

owing to its improved spectral efficiency. This work proposes two different

cases of a downlink two phase cooperative decode-and-forward relaying

scheme using multiple-input-multiple-output non-orthogonal multiple access

(MIMO-NOMA) systems with the availability of statistical channel state

information at the transmitter. Ergodic sum capacities of the proposed cases

are provided for independent Rayleigh fading channels. It has been

demonstrated that the proposed protocol exhibits superior performance

gains than the existing cooperative relaying scheme (CRS) using single-input-

single-output NOMA, CRS using multiple-input-single-output NOMA, and

conventional CRS MIMO protocols. It is also noticed that the relay position

between the transmitter and the receiver can bring a vital change in the

performance of the proposed network.

Keywords—Decode-and-forward relay; Ergodic sum capacity; MIMO; Non-

orthogonal multiple access; Successive interference cancellation.





Paper ID 040209

Prediction of VLF Sub-ionospheric Wave Propagation

using Nonlinear System Identification

Hendy Santosa 1, Yasuhide Hobara 2, 3, 4

1Department of Electrical Engineering, Universitas Bengkulu

Bengkulu, Indonesia 2Department of Computer and Network Engineering

3Earth Environment Research Station 4Center for Space Science and Radio Engineering

The University of Electro-Communications

Tokyo, Japan [email protected], [email protected]

Abstract—Very low frequency (VLF) waves have been proposed as an

approach to study and monitor the lower ionosphere (D/E region). In this

paper, nonlinear physical processes of VLF signals propagation can be well

represented by NARXNN (nonlinear autoregressive with exogenous input

neural network) model. Further, a study of NARXNN model for predicting

the daily nighttime mean amplitude of VLF transmitter signals indicating the

ionospheric perturbation around the transmitter-receiver path. The

NARXNN model is powerful in predicting time series data and unified

representations of a variety of nonlinear models. The daily input variables of

various physical parameters with the time interval from 15 March 2014 to 26

May 2016 were used to build prediction model. The results of the constructed

models are capable of performing reasonably good one-step ahead

predictions of the daily nighttime of VLF electric field amplitude. The

NARXNN model has good performance for predicting the VLF amplitude

variation for different latitude paths.

Keywords—very low frequency; ionosphere; nonlinear autoregression with

exogenous input neural network; one-step ahead prediction.




Paper ID 040215

Analysis of Identification Frequency Modulation

Identification Based On Decision Tree Algorithm with

AWGN Channel

M. Reza Hidayat1, Muhammad Ammar Wibisono2, Yana Yohana1,

Susanto Sambasri1, Yuda Bakti Zainal1 1Faculty of Engineering

Universitas Jenderal Achmad Yani 2School of Electrical Engineering and Informatics


Bandung, Indonesia

[email protected],



Abstract—A decision tree algorithm for identification of frequency

modulation analog and digital signal are formulated. The paper constructed

identification parameters with minimized knowledge of signal

characterization between digital and analog signal with AWGN Channel.

Moreover the plotting noise is being plotted for each identified modulation.

Indication performance based on binary decision threshold has represented

and resulted signal-to-noise as high as 5 dB with computer simulation

Keywords—Decision-tree; Frequency modulation; AWGN; Signal-to-noise

ratio; Binary Decision Threshold.




Paper ID 040247

Integrated Smart House Security System Using Sensors

and RFID

Lia Kamelia, Mufid Ridlo Effendi, Delingga Ferial Pratama


UIN Sunan Gunung Djati Bandung

Bandung, Indonesia


[email protected]

Abstract—Efficiency, effectiveness and energy saving of electricity have

become a topic of research that attracts the attention of many researchers.

Intelligent home in this study is controlled centrally by an Arduino UNO

microcontroller. Microcontroller detects the output of Radio Frequency

Identification (RFID), Keypad 4x4, Limit Switch, Light Dependent

Resistance (LDR) and Passive Infra-Red (PIR). the microcontroller will give

a response when it detects the output. A response given by the

microcontroller will control the Solenoid, Buzzer, Liquid Crystal Display

(LCD) display, and lamp. The door will open if the data/password of RFID

and Keypad 4x4 are appropriate. For data to be read, the maximum distance

between tag and reader is 2 cm. The buzzer will turn on when the Limit

Switch detects an open door without any incoming data from RFID and

Keypad. Luminous lights will turn on automatically if conditions are dark

and there is human movement in the room. The test shows the range of the

PIR sensor is 4 meters.

Keywords—Keypad 4x4; LDR; Limit Switch; PIR; RFID; Smart Home.




Paper ID 040153

13.56MHz CMOS Crystal Oscillator for Wireless Power

Transfer Application

Muhammad Ammar Wibisono 1, Azwar Mudzakkir Ridwan 1,2,

M. Reza Hidayat 3, Hardi Nusantara1, Achmad Munir1

1School of Electrical Engineering and Informatics,

Institut Teknologi Bandung 2Department of Electrical Engineering

UIN Sunan Gunung Djati Bandung 3Faculty of Engineering

Universitas Jenderal Achmad Yani

Bandung, Indonesia

[email protected],

[email protected],


[email protected]

Abstract—In this paper, a CMOS crystal oscillator with frequency of

13.56MHz for wireless power transfer (WPT) application is presented. The

oscillator is constructed using 13.56MHz crystal and 74HC04 CMOS inverter

as the oscillator part and implements common collector amplifier using

BC547 transistor for impedance matching. The oscillator circuit is fabricated

on a single layer FR4 epoxy with substrate thickness of 1.6mm and dimension

of 4.8mm x 3mm. The experimental result demonstrates that the oscillator

could generate sine wave with frequency of 13.56MHz and output signal level

of -4,79dBm with 5V power supply, which could be amplified to increase the

wireless power transfer range.

Keywords— CMOS; crystal; oscillator; wireless power transfer.






Poster Session



Paper ID 040314

Evaluation of Spatial Diversity for HAPS-LTE

Downlink System

Abdallah Abu-Arabia1, Rifqy Hakimi2

1Misurata University

Misrata, Libya 2School of Electrical Engineering and Informatics


Bandung, Indonesia


Abstract— High Altitude Platform Station (HAPS) system is one of the

promising wireless technologies that exploit many advantages from satellite

system as well as from terrestrial system. Long Term Evolution (LTE) is a

4G wireless broadband technology developed by Third Generation

Partnership Project (3GPP), an industry trade group. 3GPP has been

centered on enhancing LTE radio standards to improve performance of the

downlink LTE system, receive diversity scheme with maximal ratio

combining (MRC) has been proposed by the 3GPP within mode 1 of

transmission in the LTE standard. In this paper, we to focus on the HAPS-

LTE downlink system performance evaluation with optimum receive

diversity and has channel side information known at the receiver (CSIR) for

different scenarios. Simulation results showed that the system reliability can

be improved as well as the spatial receive diversity with MRC algorithm is

used. Results also showed that the performance improvement using spatial

diversity is more significant when the user has low mobility.

Index Terms— HAPS; LTE; Diversity; MRC; Rician Channel.



Paper ID 040118

Ultrasonic Underwater Acoustic Modem Using

Frequency Shift Keying (FSK) Modulation

Slamet Indriyanto and Ian Yosef Matheus Edward



Bandung, Indonesia


Abstract— Underwater acoustic communication uses sound waves and

uses water as a propagation medium. This technology has been applied in

various field, such as underwater wireless sensor network, underwater

monitoring system, and surveillance system. An underwater acoustic modem

is required to be able to communicate between nodes. In this paper we have

designed underwater acoustic modem with ultrasonic frequency using

Frequency Shift Keying (FSK) Modulation. The designed system consist of

FSK modem, microcontroller, amplifier and transducer. Waterproof

ultrasonic sensors JSN-SR04T are used as transducers for designed modems.

This sensor works well on ultrasonic frequencies, so the FSK modem

frequency is adjusted to work properly and match with the transducer used.

Therefore, the mark frequency of the modem is 40 kHz and the space

frequency is 43 kHz. The test results, show that the FSK Modem can send

text data through water media with good results at 1200bps.

Index Terms— Ultrasonic, Modem, Frequency Shift Keying (FSK),

Underwater Acoustic Communication, Underwater Wireless Sensor Network.



Paper ID 040124

Design and Implementation of VM Migration

Application on SDN-based Network

Galura Muhammad Suranegara1, Dimas Agil Marenda1, Aris Cahyadi

Risdianto2, Rifqy Hakimi1 and Eueung Mulyana1 1School of Electrical Engineering and Informatics


Bandung, Indonesia 2School of Electrical Engineering and Computer Science

Gwangju Institute of Science and Technology

Gwangju, South Korea



Abstract—The use of cloud computing system has recently become more

popular in the information technology industry because of its flexibility. One

of the problems in the cloud system is unbalanced computational load

distribution of each node. One solution to solve the problem is by

implementing Virtual Machine (VM) migration. An important role of a VM

(virtual machine) is its ability to be transferred from a PM (physical

machine) to another PM. When one PM is overloaded such as high CPU load

or critical thermal condition, VM inside that PM can be migrated to other

PM to maintain VM performance. However, VM migration is a complex

process, which depends on migration type (i.e., cold, warm and live

migration) and communication (i.e., networking) between VM hypervisors.

Networking path should be effectively controlled to provide better

throughput (e.g., latency and bandwidth) that can be provided by

implementing SDN paradigm. This paper discusses the warm type of VM

migration between KVM / QEMU hypervisors, which can be enhanced by

implementing an SDN-based network to provide higher end-to-end

bandwidth between those hypervisors. We develop ViMOS (virtual machine

migration with ONOS) application and measures the performance difference

between SDN-based reactive forwarding (i.e., centralized L2 switching

mechanism) and SDN-based intent networking. The result shows the VM

‘warm migration’ using the intent networking has advantages in comparison

with reactive forwarding mechanism in terms of migration time, downtime

and overhead processing time.

Index Terms——Virtual Machine, Migration, SDN, ONOS.



Paper ID 040125

Quantum Key Distribution Simulation Software:

A Survey

Beatrix Rambu Hada Nuhamara and Nana Rachmana Syambas



Bandung, Indonesia


Abstract—The security of information in Internet-based communication

is essential. The existence of tappers to make information can be known by

unauthorized parties, and it will give a fake information from the previous

one. As technology develops, secure communication protocols become an

important part. Quantum Key Distribution is a nowadays technology as a

part of security improvement to overcome key distribution issues in against

attackers. Quantum Key Distribution (QKD) uses a quantum property in

exchanging information called photons, as carriers of information in security

systems. QKD is inseparable from protocols BB84 and B92, therefore the

purposes of this paper are to test QuVis based on future work of previous

research, analyze the probability error comparison of BB84 protocol, B92

protocol and simulator software review. The results of this research show

that B92 protocol gives more advantage in detecting eavesdropping in lower

rates than BB84 protocol and the software simulation is succeed by showing

the value of probability error which does not cross the limit (0,5 and 0.25).

Index Terms—BB84, B92, QuVis.



Paper ID 040139

Resonant Frequency Analysis for Rectangular

Waveguide Loaded with Anisotropic Dielectric Material

Using 3D-FDTD Method

Mohammad Sigit Arifianto 1, Maulana Randa 2, Azwar Mudzakkir

Ridwan 3 and Achmad Munir 1

1 School of Electrical Engineering and Informatics


Bandung, Indonesia 2Department of Research and Development

The Ministry of Defense

Jakarta, Indonesia 3Department of Electrical Engineering, Faculty of Science and

Technology

UIN SGD Bandung

Bandung, Indonesia



Abstract— This paper deals with the resonant frequency analysis based

on 3D-FDTD method for rectangular waveguide loaded with anisotropic

dielectric material. The method has been successfully applied to an extremely

wide variety of electromagnetic problems. The wave equations and modes

that appear in the waveguide are analyzed theoretically in which the results

are applied to validate the numerical result obtained from 3D-FDTD method.

For comparison, an empty rectangular waveguide and a rectangular

waveguide fully loaded with isotropic dielectric material are also analyzed

both theoretically and numerically. From the result, it shows that a good

agreement has been achieved between theoretical calculation and 3D-FDTD

numerical results with their discrepancies of 0.26--2.32%.

Index Terms—3D-FDTD method, anisotropic dielectric material, rectangular

waveguide, resonant frequency analysis.



Paper ID 040141

Proximity-Coupled Multiband Substrate Integrated

Waveguide Antenna with Defected Ground Structure

Chairunnisa, Mia Maria Ulfah, Amanda Argadinata and Achmad Munir



Bandung, Indonesia



Abstract— In this paper, a technique of substrate integrated waveguide

(SIW) is applied for designing and realizing multiband antenna. The

proposed antenna is intended to satisfy the demand of wireless

communication application. The antenna which is fed using a proximity

coupling method and equipped with defected ground structure (DGS) is

deployed by two layers of FR4 epoxy dielectric substrate with the dimension

of 89mm x 68.5mm and the total thickness of 3.3mm. The implementation of

DGS incorporated at the groundplane is to achieve the antenna property in

obtaining multiband frequency characteristic. From the characterization

result, it shows that the realized antenna has multiband frequency response

in the frequency range of 1-3GHz. The measured result was agreed well with

the design one which is suitable for wireless communication application.

Index Terms— defected ground structure (DGS), multiband antenna,

proximity coupling method, substrate integrated waveguide (SIW).



Paper ID 040145

Bringing Automation to the Classroom:

A ChatOps-Based Approach

Eueung Mulyana, Hendrawan and Rifqy Hakimi



Bandung, Indonesia


Abstract— In this paper we present the design and implementation of a

chatbot-based virtual assistant called LTKA-Bot. Its main function is to

streamline and to automate manual and administrative tasks while

supporting other course-related activities. It differs from other recent

approaches in that it is based on the ChatOps paradigm instead of on some

AI-based schemes. LTKA-Bot introduces a case of automation and

demonstrates its potentials in the area of higher education which is steadily

transformed to cope with technological progresses and administrative policy

dynamics including accreditation. International accreditation body such as

ABET requires fulfillment of certain criteria which in turn also requires

appropriate course design and quite a lot of document works. LTKA-Bot

borrows the idea of automation which is very common in the modern tech

companies to cope with such challenges. It facilitates more efficient course-

related activities while satisfying all document requirement with minimal

effort

Index Terms—chatops, chatbot, automation, ABET, virtual assistant, bot in

education.



Paper ID 040149

Intent-Based Path Selection for VM Migration

Application with Open Network Operating System

Dimas A. Marenda, Galura M. Suranegara, Aris C. Risdianto, Rifqy

Hakimi and Eueung Mulyana 1School of Electrical Engineering and Informatics


Bandung, Indonesia 2School of Electrical Engineering and Computer Science

Gwangju Institute of Science and Technology

Gwangju, South Korea [email protected], [email protected], [email protected],


Abstract— The application of virtual machine migration is one of the key

applications in the management of a data center. The migration process is

done for several reasons such as load balancing, maintenance, or power

management. The migration process can be optimized one of them with path

selection mechanism. Migrating the virtual machine on a path that performs

well, will certainly give a smaller migration time. The intent is used as a basis

for determining path selection on the SDN network. With the application

being designed, the path selection process can provide improved

performance on migration. The measurement is taken for three parameters

which are migration time, downtime, and overhead. The improvements given

when measured on three different bandwidths for the above three

parameters are 24.69%, 32.36%, and 28.86%.

Index Terms— intent, path-selection, migration, ONOS.



Paper ID 040251

Designing of Electronic Module on Synthetic Polymer

Material Based on Green Chemistry

Cucu Zenab Subarkah 1, Ferli Septi Irwansyah 1, Ai Ratna Ningsih 1,

Wahyudin Darmalaksana 2 and Dian Sa'Adillah Maylawati 3 1Department of Chemical Education

2Department of Ilmu Hadits, UIN Sunan Gunung Djati

Bandung, Indonesia 3Department of Informatics, Sekolah Tinggi Teknologi Garut

Garut, Indonesia

[email protected], [email protected], [email protected],


Abstract— This purpose of study to produce a teaching material in the

form of e-module on synthetic polymer material based on green chemistry.

The presentation of material and visualization used in this e-module is based

green chemistry covering the negative impact of synthetic polymers

especially plastics, countermeasures plastic waste, and the manufacture of

biodegradable plastic. This research uses Design method Based Research

with ADDIE model which includes five stages: analysis, design, development,

implementation, and evaluation. The resulting e-module is validated by three

experts, experts materials, learning media experts and multimedia experts

that include aspects of learning, substance aspects materials, display aspects,

and evaluation aspects. Validation is done by completing the validation

questionnaire scores of every aspect, comments and suggestions. Validation

is performed to determine initial quality and feedback in the form of

suggestions for improvement of e-module before the feasibility test is

conducted. By general, valid e-module validation results are shown in r of

with value 0.73-0.87. Feasibility tested results show 80-100% of respondents

agreed to all criteria in e-module. These results indicate that the e-module on

the synthetic polymer material is based green chemistry that has been made

feasible to use.

Index Terms—e-module, synthetic polymer, green chemistry.



Paper ID 040152

User Interface, Creation and Retrieval of User Health

Information with Google Firebase, and Delivery of

Automatic Emergency SMS for Ambient Assisted Living

System: Monitoring of Elderly Condition using Smart

Devices

Astrid Gloria Pepita and Tutun Juhana



Bandung, Indonesia

[email protected] , [email protected]

Abstract—The number of elderly population worldwide has been

increasing rapidly, therefore technology advancements are needed to suit this

need. With the rapid development of mobile applications and the abundance

of smart devices, mobile device is becoming an essential tool in information

technology, hence could function as a tool to suit the needs of the elderly. This

paper will introduce an Ambient Assisted Living system that provides

methods for automatic recording and retrieval of elderly’s health

information to Google Firebase, consisting user’s heartrate, fallstate, and

heart abnormality data. This paper will also discuss the use of automatic

emergency SMS, and user interface using smart watch and smartphone.

Therefore, a productive elderly community along with the sense of security

within family members could be established.

Index Terms—Database, User Interface, SMS, AAL.



Paper ID 040154

Design and Implementation of HAPS on Air Pollution

Monitoring System

Iskandar Iskandar and Eka Aditya Chandra Kusuma



Bandung, Indonesia


Abstract—Air pollution is an environmental issue that can not be

ignored. The development of air pollution monitoring systems will be useful

for controlling and measuring parameters associated with air pollution.

Along with technological developments, the use of Wireless Sensor Network

(WSN) is currently being considered for air pollution monitoring, as it can

work automatically and has a much cheaper cost than conventional

measuring stations. But WSN itself has several weakness that require

supporting technology to cover the weakness of WSN. The solution is to

integrate WSN with High Altitude Platform Station (HAPS).

In this final project will be discussed the implementation of HAPS on air

pollution monitoring system based on WSN. In this study HAPS will serve as

the center of aggregation and data processing from the head cluster. In order

for HAPS to serve as the aggregation and data processing center of the head

cluster, Raspberry Pi 3 is used as the HAPS control center. In addition HAPS

will also serve as an access point for the sensor nodes to communicate

wirelessly with each other. In the access point HAPS used microstrip patch

antenna design results that have a working frequency of 2.4 GHz, return loss

of 11.35 dB and VSWR of 1.743. The designed HAPS access point has the

farthest reach of 255 meters.

Index Terms—HAPS, WSN, access point, microstrip patch antenna.



Paper ID 040155

Design and Implementation of Nodes on Air Pollution

Monitoring System Using Wireless Sensor Network

Based on HAPS

Iskandar Iskandar and Martin Rinaldi



Bandung, Indonesia


Abstract— The number of vehicles in Indonesia is increasing day by day.

Each vehicle contributes to air pollution from exhaust fumes being released.

Air pollution parameters based on ISPU are PM10, SO2, CO, Ozone (O3),

NO2. Smoke fromvehicle contributes pollutant gases, especially CO and

PM10. Pollution monitoring is required to determine the air quality at the

site. WSN is a wireless network consisting of devices that spatially spread

using sensors to view physical or environmental conditions in various places.

In the environmental field, WSN can be used for location recordings.

This final project discusses the design and implementation of nodes in

air monitoring system with HAPS based on WSN. Nodes are parts of WSN

that work by reading data similar to pollutants that are notified, ie CO and

PM10. In addition, the node also provides location information of the node.

After that, the data on the node is sent to the node that serves as the place of

aggregation, named cluster node. The cluster node also has the same

functionality as the node. After that, the cluster node will send data to the

host on HAPS. In order for communication to be possible, the cluster nodes

and nodes must be connected in the same network.

Index Terms— Communication, Node, Sensor, Raspberry.



Paper ID 040156

Design and Implementation of Web Application on Air

Pollution Monitoring System Using Wireless Sensor

Network Based on HAPS

Iskandar Iskandar and Mohammad Bimo Adha



Bandung, Indonesia


Abstract— IoT can be applied in all aspects of human life, one of which

is air pollution monitoring activities. In fact, many applications have created

technology for air pollution monitoring, but unable to work in real time and

complex. Therefore, a system is needed to develop this technology, namely

air pollution monitoring system using Wireless Sensor Network (WSN) based

on High Altitude Platform Station (HAPS). This system is designed on a

website online in order to facilitate users to obtain data quickly. In addition,

the data displayed on the air pollution monitoring system is graphs, tables

and position node with Google Maps so that users can see the observed air

quality in real time.

Index Terms— HAPS, Website, Maps, Database.



Paper ID 040157

Impact of Random and Burst Packet Loss on Voice

Codec G.711, G.722, G.729, AMR-NB, AMR-WB

Gaous Afrizal and Hendrawan



Bandung, Indonesia


Abstract— Abstract—Voice communication is often afflicated by various

forms of losses, such as packet loss over the communication channel. This

paper is a part of research that examines impact of Random and Burst Packet

Loss againts few codec for Voice over LTE. On this part examines a few

speech codec that usually used in connectionless communication and the

impact of random and burst packet loss on voice communication againts the

codec using NS-3 simulator. The quality measurement end up using the

PESQ as an objective Mean Opinion Score Listening Quality Objective

measurement.

Index Terms— Speech Codec performance, voice random packet loss, voice

burst packet loss, NS-3 Simulator, Impact packet loss on voice, PESQ

Objective-MOS.



Paper ID 040158

Wireless Sensor Network on 5G Network

Veronica Windha M., Iskandar, Hendrawan, Muhammad Sigit Arifianto



Bandung, Indonesia

[email protected], [email protected], [email protected],

[email protected]

Abstract— 5G cellular network business is changed by the development

of technology and socio economic transformation and is expected to send

information quickly and support many cases from various applications.

Massive Internet of Things (IoT) is one of cases on 5G network. This includes

Massive Machine Type Communication (mMTC). Wireless Sensor Network

(WSN) for monitoring and sensing is one of the mMTC application. Limited

power of each sensor node is the constrain aspect of WSN usage. In WSN,

energy efficiency becomes an important issue. Routing is a function in WSN,

which consumes substantial amount of energy. One of the routing protocols

that can increase the energy efficiency of WSN is Low Energy Adaptive

Clustering Hierarchy (LEACH). In this paper, Base Station (BS) and High

Altitude Platform (HAP) are used as sink node. Type of waveform used to

support the WSN system on a 5G network is Universal Filtered Multi Carrier

(UFMC).The purpose of this simulation is to compare WSN systems using

BS’s and HAP’s. Performance indicators that we evaluated are energy

consumption and channel capacity. From a series of simulations conducted,

the results obtained show WSN systems using HAP’s, the consumption

energy are more efficient than WSN systems using BS’s. Capacity channel of

the WSN systems using HAP’s is greater than the WSN systems using BS’s.

It is more efficient using HAP’s as a sink node in the WSN systems.

Index Terms— WSN, HAP, LEACH, energy consumption



Author Index

Abdallah Abu-Arabia, 23, 83

Abdurrahman Nurhakim, 10, 34

Abdurrasyid, 14, 47

Achmad Munir, 4, 12, 13, 23, 24, 41, 42, 43, 44, 81, 87, 88

Adam Faroqi, 4, 19, 67

Adrian Kemal Pasha, 15, 51

Aenur Rofiq, 19, 67

Afit Nugraha, 14, 48

Ahfazh Fauzy Nurunnajib, 11, 37

Ai Ratna Ningsih, 91

Ali Ibnun Nurhadi, 19, 69

Amanda Argadinata, 12, 24, 43, 88

Amira Maulina, 17, 57

Andira Rizky Sulaeman, 18, 59

Anggina Primanita, 10, 35

Anik Islam, 16, 53

Ari Yanuar, 11, 36, 68

Ari Yanuar Ridwan, 19, 68

Ariq Hardi, 21, 73

Aris C. Risdianto, 24, 90

Aris Cahyadi Risdianto, 23, 85

Astrid Gloria Pepita, 25, 92

Athirah Ramly, 16, 55

Azwar Mudzakkir, 12, 23, 24, 42, 81, 87

Azwar Mudzakkir Ridwan, 12, 23, 42, 81, 87

Bagus Hanindhito, 21, 71

Baiti Jannah, 19, 68

Basith Adli, 12, 39

Beatrix Nuhamara, 24

Beatrix Rambu Hada Nuhamara, 86

Cecep Hidayat, 15, 19, 51, 67

Chairunnisa, 24, 88



Cucu Zenab Subarkah, 22, 91

Delingga Ferial Pratama, 22, 80

Demby Pratama, 21, 75

Dian Nuraiman, 10, 33

Dian Sa'Adillah Maylawati, 23, 91

Dimas A. Marenda, 24, 90

Dimas Agil Marenda, 23, 85

Edi Mulyana, 4, 8, 10, 11, 15, 37, 51

Eka Aditya Chandra Kusuma, 25, 93

Eki Ahmad Zaki Hamidi, 3, 10, 14, 33, 48, 49

Elis Ratna Wulan, 11, 37

Eueung Mulyana, 23, 24, 85, 89, 90

Fadil Hamdani, 16, 54

Fadilah Ilahi, 10, 33

Fahrizal Djohar, 19, 66

Fahrizal Djohar,, 19

Ferli Septi Irwansyah, 22, 91

Galura M. Suranegara, 24, 90

Galura Muhammad Suranegara, 23, 85

Gaous Afrizal, 25, 96

Gigih Supriyatno, 21, 72, 74

Hadipurnawan Satria, 10, 35

Hajiar Yuliana, 18, 63

Hardi Nusantara, 23, 81

Hasbi Ash Shiddiq, 14, 49

Hendi Maja Saputra, 10, 34

Hendrawan, 4, 24, 25, 89, 96, 97

Hendy Santosa, 4, 22, 78

I Made Oka Widyantara, 10, 32

I Putu Ardana, 12, 41

Ian Joseph Matheus Edward, 14, 50

Ian Yosef Matheus Edward, 23, 84

Indra Surjati, 12, 40

Indrianto, 14, 47



Iskandar, 4, 16, 18, 25, 56, 63, 93, 94, 95, 97

Jafar Alim Habibi, 19, 66

Leanna Vidya Yovita, 18, 61

Leanna Vidya Yovita, Ratna Mayasari, 18

Lia Kamelia, 5, 14, 19, 22, 48, 67, 80

M. Reza Hidayat, 22, 23, 79, 81

Made Doddy Adi Pranatha, 10, 32

Made Sudarma, 10, 32

Mahamod Ismail, 16, 55

Marcel, 19, 65

Martin Rinaldi, 25, 94

Maulana Randa, 24, 87

Maurizka Ainur Rahmadhani, 18, 61

Md. Fazlul Kader, 16, 22, 53, 77

Mia Maria Ulfah, 24, 88

Mirza Adhipradana, 15, 51

Mohammad Bimo Adha, 25, 95

Mohammad Hasbullah Mazlan, 16, 55

Mohammad Sigit Arifianto, 16, 24, 54, 87

Mohammed Belal Uddin, 16, 22, 53, 77

Mufid Ridlo Effendi, 4, 8, 14, 22, 49, 80

Muhammad Ali Ramdhani, 3, 15, 19, 51, 67

Muhammad Ammar Wibisono, 4, 16, 22, 23, 56, 79, 81

Muhammad Putra Pamungkas, 18, 62

Muhammad Sigit Arifianto, 97

Nana Rachmana Syambas, 4, 19, 69, 86

Nana Syambas, 24

Nanang Ismail, 4, 10, 13, 14, 34, 44, 50

Nivika Tiffany Somantri, 18, 63

Nor Fadzilah Abdullah, 16, 55

Nyoman Pramaita, 10, 32

Octaviansyah Setyo Baskoro, 12, 41

Opik Taupik Kurahman, 3, 15, 51

Padlan Alqinsi, 14, 50



Pande Ketut Sudiarta, 12, 41

Radityo Anggoro, 18, 60

Rakhmat Arianto, 14, 47

Ratna Mayasari, 61

Rezi Apriliansyah, 10, 35

Rifqy Hakimi, 4, 18, 19, 23, 24, 62, 66, 83, 85, 89, 90

Rina Mardiati, 4, 12, 39

Rosad Ma’Ali El Hadi, 11, 36

Rosad Ma'Ali El Hadi, 19, 68

Rosdiadee Nordin, 16, 55

Rosmansyah Yusep, 21, 73

Saepul Uyun, 10, 34

Septi Andi Ekawibowo, 18, 62

Shabrina Mutiara, 11, 36

Sigit Haryadi, 4, 18, 59

Slamet Indriyanto, 23, 84

Soo Young Shin, 16, 22, 53, 77

Susanto Sambasri, 22, 79

Syah Alam, 12, 40

Tedi Priatna, 11, 37

Tohari Ahmad, 18, 60

Tutun Juhana, 2, 3, 8, 17, 25, 57, 92

Ulfa Sri Utami, 13, 44

Uud Prayuda, 16, 56

Veronica Windha M., 97

Wahyudin Darmalaksana, 3, 14, 22, 48, 50, 91

Waskitho Wibisono, 18, 60

Yana Yohana, 22, 79

Yasuhide Hobara, 3, 22, 78

Yoppy Sazaki, 10, 35

Yuda Bakti Zainal, 22, 79

Yudi Yuliyus, 12, 39

Yusep Rosmansyah, 21, 75

Yushinta Dewi, 10, 33



Yusuf Kurniawan, 21, 71, 72




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