2017 progress in electronics engineering, computer

2017 Progress in Electronics Engineering, Computer Engineering and Information Technology (PIECT) 2017 International Symposium in Business, Management and Social Sciences (BIMSS)

16 – 18 May 2017, Bandung, Indonesia

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PROGRAMME BOOK

(Last updated: 15/05/2017 – 10:30pm)

MALTESAS



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TABLE OF CONTENTS

ABOUT THE CONFERENCE 4

FOREWORD

PIECT – BIMSS 2017 5

PROGRAM SCHEDULE 7

KEYNOTE SPEAKERS 9

DAY 1 Schedule

D01_BIMSS_S01: D01 - BIMSS S01 D01_PIECT_S01: D01 - PIECT S01 D01_PIECT_S02: D01 - PIECT S02 D01_BIMSS_S02: D01 - BIMSS S02 D01_BIMSS_S03: D01 - BIMSS S03 D01_PIECT_S03: D01 - PIECT S03

13 17 20 23 28 32

DAY 2 Schedule

D02_BIMSS_S01: D02 - BIMSS S01 D02_BIMSS_S02: D02 - BIMSS S02 D02_BIMSS_S03: D02 - BIMSS S03 D02_PIECT_S01: D02 - PIECT S01 D02_PIECT_S02: D02 - PIECT S02 D02_BIMSS_S04: D02 - BIMSS S04 D02_BIMSS_S05: D02 - BIMSS S05

37 40 44 48 51 53 56

DAY 3 Schedule

COMMITTEE

Organising Committee 59

ACKNOWLEDGEMENT

Organiser and Supporters 61

Advertisement

MALTESAS CONFERENCES 63



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ABOUT THE CONFERENCE

Malaysian Technical Scientist Association Malaysia (MALTESAS) is pleased to announce

that it will be hosting a joint conference : 2017 Progress in Electronics Engineering,

Computer Engineering and Information Technology (PIECT) and 2017 International

Symposium in Business, Management and Social Sciences (BIMSS) which will be held at

Aston Braga Hotel, Bandung, Indonesia on 16 – 18 May 2017. This joint conference will

provide excellent opportunities for researchers, scientists, engineers, entrepreneur,

management and vendors working in areas related to Electronic and Computer Engineering,

Information Technology, Business Management as well as Social Sciences to present their

latest research results, and exchange views and experience.

PIECT

ALL ACCEPTED PAPERS will be included in

1) Journal of Telecommunication, Electronic and Computer Engineering (JTEC)*

(ISSN 2180-1843, e-ISSN 2289-8131)

SCOPUS Q4

http://www.scimagojr.com/journalsearch.php?q=21100332206&tip=sid&clean=0

*Subject to Terms and Conditions at https://maltesas.org/terms/

BIMSS

ALL ACCEPTED PAPERS will be included in

1) Advanced Science Letters (ASL)

ISSN: 1936-6612 (Print): EISSN: 1936-7317 (Online)


or

2) other SCOPUS Journal based Terms and Condition

https://maltesas.org/terms/



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WELCOME MESSAGE

Welcome to PIECT’17 – BIMSS’17

On behalf of Malaysia Technical Scientist Association (MALTESAS), the Sponsors, and the

Organizing Committee, we are immense with great pleasure to welcome you to the 2017

Progress in Electronics Engineering, Computer Engineering and Information Technology

(PIECT) and 2017 International Symposium in Business, Management and Social Sciences

(BIMSS) . These conferences are held at Aston Braga Hotel, Bandung, Indonesia on 16 –

18 May 2017. The Conference Executive Committee are very much thankful to all the

authors of contributed papers and invited lectures for their willingness to openly promote

their achievements and share their recent novel ideas in the area of Electronic and

Computer Engineering, Information Technology, Business Management as well as Social

Sciences. The success of these conferences completely depends on effort, talent, and

energy of these authors.

The aim of these conferences is to provide a forum where researchers, professionals,

academicians, and industries to meet and share their latest development in these fields.

These conferences also offers an opportunity to formulate new research collaborations as

well as to strengthen existing collaborations for gaining tangible research outputs in short

time frame.

In this three (3) days event, we are delighted to have two (2) outstanding keynote speakers

which are well-known in their respected areas. First of all, Assoc. Prof. Dr. Mohd Tarmizi Ali

from Universiti Teknologi MARA (UiTM), Malaysia shall share his lowledge on a smart

fluorescent antenna for Wi-Fi applications. Another keynote speaker is Assoc. Prof. Dr.

Yusliza Mohd Yusoff from Universiti Malaysia Terengganu (UMT), Malaysia. She will give a

talk on low-carbon organisation: putting green human resource management in

perspectives. This year, 177 papers have been submitted and 131 papers were accepted.

There were 23 papers were withdrawn. Meanwhile, 10 papers have been rejected

representing 6.5% of rejection rate. The total number of authors involved is 447 with 47.2%

of papers came from Malaysia. Other countributors are from Thailand, Indonesia, Philipines,

India, Australia, Czech Republic, Chile, Brazil, Colombia,Taiwan,Iraq, Botswana, United

Kingdom The Netherlands and Mexico. Among all the accepted papers, 91.7% are from

Asia/Pacific, 5.8% from Europe, Middle East, and Africa, and 2.5% from Latin America.



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Finally, welcome to Bandung, Indonesia. Bandung is a great place to visit any time of the

year as it’s not only renowned for its picturesque open vista, but the town also offers many

attractions well worth a visit. Surrounded by green fertile mountains, Bandung today is

Indonesia’s center for learning and creativity. Bandung also is the center of textile mills

producing much of Indonesia’s textiles for fashion wear, linen and upholstery. This city offers

trendy fashion wear at reasonable prices at its myriad factory outlets, a wide range of

delicious local and international cuisines, and a distinct colonial European-style atmosphere

combined with captivating traditional arts.

On behalf of PIECT’17 and BIMSS’17 conferences, we wish you happy conference and a

pleasant experience in Bandung.

Conference Chair

Mohd Azlishah Othman (UTeM)

Hamzah Asyrani Sulaiman (UTeM)

PIECT’17 – BIMSS’17



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PROGRAM SCHEDULE

Time ROOM 1 - ARIMBAWA 1 ROOM 2 - ARIMBAWA 2 ROOM 3 - ARIMBAWA 3

Tuesday, May 16

07:30 am-08:00 am

REG: REGISTRATION DAY ONE (7.30 am to 3.00 pm)

08:00 am-10:30 am

D01_PIECT_S01: D01 - PIECT S01 D01_PIECT_S02:D01 - PIECT S02 D01_BIMSS_S01: D01 - BIMSS S01

10:30 am-11:00 am

TEA: TEA BREAK

11:00 am-11:30 am

Opening: Opening Ceremony and Speech by MALTESAS (ROOM 1 - ARIMBAWA 1)

11:30 am-01:00 pm

KEYNOTE_PIECT: Keynote Title: A Smart Fluorescent Antenna For Wi-Fi Applications

KEYNOTE_BIMSS: Topic: Low-Carbon Organization: Putting Green Human Resource Management in Perspectives.

01:00 pm-02:00 pm

LUNCH: LUNCH

02:00 pm-05:00 pm

D01_PIECT_S03: D01 - PIECT S03 D01_BIMSS_S02:D01 - BIMSS S02 D01_BIMSS_S03: D01 - BIMSS S03

05:00 pm-05:30 pm

TEA: TEA BREAK



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Wednesday, May 17

07:30 am-08:00 am

REG: REGISTRATION DAY TWO (7.30 am to 3.00 pm)

08:00 am-10:30 am

D02_BIMSS_S01: D02 - BIMSS S01 D02_BIMSS_S02:D02 - BIMSS S02 D02_BIMSS_S03: D02 - BIMSS S03

11:00 am-01:00 pm

D02_PIECT_S01: D02 - PIECT S01 D02_PIECT_S02:D02 - PIECT S02 D02_PIECT_S03: D02 - PIECT S03

01:00 pm-02:00 pm

LUNCH: LUNCH

02:00 pm-05:00 pm

D02_BIMSS_S04: D02 - BIMSS S04 D02_BIMSS_S05: D02 - BIMSS S05



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KEYNOTE SPEAKER (PIECT)

Keynote Speech Title : A Smart Fluorescent Antenna For Wi-Fi Applications

Assoc. Professor Dr. Mohd Tarmizi Ali Faculty of Electrical Engineering Universiti Teknologi MARA (UiTM)

Malaysia [email protected]

Abstract The industrial potential of plasma technology is well known and excellent demonstrated in several processes of microwave technology, which incorporate some use of an ionized medium. In vast majority of approaches, the plasma, or ionized volume, simply replaced a solid conductor. Highly ionized plasma is essentially a good conductor, and therefore plasma filaments can serve as transmission line elements for guiding waves, or antenna surfaces for radiation. Plasma antenna is a kind of antenna that radiating an electromagnetic wave (EM) energy based on ionized gas instead of metallic conductor in antenna design. In this research work, the development using plasma medium as a conductor element instead of metal medium is investigated. Three new design antenna by using plasma concepts were

proposed; namely cylindrical monopole plasma antenna using electrode-less discharge tube, monopole plasma antenna using fluorescent tube and reconfigurable plasma antenna array. The research described in this project introduces the analysis of cylindrical monopole plasma antenna. The Dielectric Barrier Discharge (DBD) technique is used in this experiment to generate the plasma. The monopole plasma antenna using fluorescent tube is designed at frequency 2.4 GHz that is aim for wireless application. The commercial fluorescent lamp is used as a plasma antenna in this research and integrated with the coupling technique. In the reconfigurable plasma antenna array, the behavior of the reconfigurable antenna array system using plasma medium has been investigated and discuss with respect to the beam shaping characteristics. The reconfigurable plasma antenna array is capable of scanning the radiation pattern over 360°. The simulated and measured results are presented and compared, to demonstrate the performance of the proposed antennas.



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Mohd Tarmizi Ali received the B.Eng. degree in electrical engineering from the Universiti Teknologi Mara (UiTM), Shah Alam, Malaysia, in 1996, the M.Sc. degree in electrical engineering from the University of Leeds, Leeds, U.K., in 2002, and the Ph.D. degree in electrical engineering from the Universiti Teknologi Malaysia (UTM), Johor, Malaysia, in 2010. Since 2012, he has been an Associate Professor with the Faculty of Electrical Engineering (FKE), UiTM, and the Group Leader of the Antenna Research Group (ARG), FKE UiTM, since 2011. He is a senior member for the IEEE and member for the Antenna Propagation/Microwave Theory and Technology/Electromagnetic Compatibility (AP/MTT/ECM) Joint Chapter. He has authored more than 100 journal papers and conferences proceedings on various topics related to antennas, microwaves, and electromagnetic radiation analysis. He has also filed five patent applications on communication antennas. To date, his publications have been cited 237 times with the H-index of 8 (Source: Google Scholar). He is currently handling several research projects from the Ministry of Science, Technology and Innovation (MOSTI) and the Ministry of Higher Education Malaysia (MOHE). His research interests include the areas of communication antenna design, radio astronomy antennas, satellite antennas, and electromagnetic radiation analysis. Dr. Tarmizi was the Chair and Technical Program Chair of the IEEE Symposium on Wireless Technology and Applications, between 2011 and 2012. He has been a very promising as a Researcher, with the achievement of several International Gold Medal Awards, a Best Invention in Telecommunication Award, and a Special Chancellor Award from UTM for his contribution to research and innovation and was the recipient of Postgraduate Best Student Award 2011 from UTM



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KEYNOTE SPEAKER (BIMSS)

Keynote Speech Title :

Low-Carbon Organization: Putting Green Human Resource Management in Perspectives.

Assoc. Prof. Dr. Yusliza Mohd Yusoff School of Maritime Business and Management

Universiti Malaysia Terengganu (UMT) Malaysia

[email protected]

Dr. Yusliza Mohd Yusoff is Associate Professor of Organizational Behaviour and Strategic Human Resource Management. She joined the School of Maritime Business and Management, Universiti Malaysia in July 2016. Prior to joining the School of Maritime Business and Management, she was a faculty member at the Graduate School of Business, Universiti Sains Malaysia (USM). She has successfully completed research grants including USM’s Internal Research Grants, a Fundamental Research Grant, two Exploratory Research Grants, a Motorola Research Grant, a Malaysian Prison Department Grant and three Top Down Research Grants from the Ministry of Higher Education. Her research interests include green human resource management, electronic human resource management, international students’ adjustment, empowerment, human resource roles and competencies, line involvement in human resources, and behavioural and organizational behaviour-related studies



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WEDNESDAY,

May 17, 2017 (Last updated: 15/05/2017 – 10:30pm)



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Wednesday, May 17, 11:00 - 13:00 D02_PIECT_S01: D02 - PIECT S01 Room: ROOM 1 - ARIMBAWA 1 Chairs: Lestari Margatama (Fakultas Teknologi Informasi Universitas Budi Luhur, Indonesia), Fitri Marisa (Widyagama Univerisity of Malang, Indonesia) 11:00 Portal of Tracer Study System Based on Multiple Platform and Social Network Approach to Improve Alumni Participation Fitri Marisa (Widyagama Univerisity of Malang, Indonesia); Indah Mumpuni (Pradnya Paramita School of Informatics Management and Computer, Indonesia) Background: Designing effective and acceptable media in collecting alumni data becomes one of the important tasks in higher education institution. Due to the fact, history of alumni data is used for various purposes such as to evaluate curriculum in higher education institutions and to map the characteristics of alumni performance in their works. To this goal, some methods have been proposed in the kinds of literature, such as a web-based questionnaire. However, these methods are still lacking alumni participation because it is not informative and not interactive enough to deliver two-ways information between the alumni and also technology coverage is a problem. The method also cannot guarantee the security aspect of the sent data. Method: as the solution, a multi-platform portal for tracer study based on social networking is proposed, as according to its concept, social networking covers three main criteria is: informative, security, and community. The performance of developed portal is compared to traditional methods, where the number of alumni participated toward these methods is measured. Conclusion: the experimental results show that the number of participants improves up to 130.76% on average, compared to the traditional methods. 11:15 Performance of Super Capacitor as Solar Energy Storage and Electric Tricycle's Power Source Maria Criselda B. Loyola, Marc Louise L. Buenaflor and John Aaron M. Comia (Malayan Colleges Laguna, Philippines) Recent developments and projects in the Philippines gave way for the introduction of electric tricycles (e-trikes) with lithium-ion batteries as its power source and which use the power grid for charging stations. This paper studied the workability of super capacitor as lone substitute to Li-ion batteries for electric tricycles and charging it by means of power from an alternative source that is solar panel. Specifically, this study is aimed to determine the power needed by super capacitor to fully charge, the time of its full charging, and the distance run by electric tricycle. The electric tricycle is assembled using electric bicycle mounted with a passenger side car. The solar panel is mounted on a support which houses charge controller and other accessories. The super capacitor used has a rating of 48 V, 165 F, modular type while the solar panel is rated 100 W. Various tests were conducted such as distance test and charging time test. From test results, the super capacitor employed in this work requires 68 W of solar panel power to become fully charged in more than 6 minutes. The electric tricycle with a fully-charged super capacitor can run up to 600 meters with driver and passenger load of not more than 118 kgs. A remarkable short average charging time, accounted by its high power density, validates that super capacitors are good storage medium for harvesting power from sporadic energy sources. On the other hand, the result for short distance travelled conveys that super capacitors are said to be suitable only for vehicle transportation requiring short distances such as point-to-point transport services.



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11:30 WiFi Data Communication System Design for Wheeled Soccer Robot Controller Rizki Pamungkas (Budi Luhur University, Indonesia); Akhmad Musafa (Universitas Budi Luhur, Indonesia); Indra Riyanto(Fakultas Teknik Universitas Budi Luhur & Academic Quality Assurance Division, Universitas Budi Luhur, Indonesia) This paper presented the data communication systems between game controller and wheeled soccer robot using WiFi communication. The designed system consisted of a game software controller installed on PC, a network router connected to the PC via a network cable, ESP8266 module as data recipient and transmitter on the robots. The PC and ESP8266 module is connected through the router, PC game controller is used to send command data signals to ESP8266 module on the robot. The response from robots is processed on ArduinoMega2650 and transmitted to the PC controller. The designed system is expected to enable WiFi data communication on wheeled soccer robots and calculating the performance of WiFi communication by means of Quality of Service (QoS) as well as to compare data communication using WiFi and data communication using bluetooth with the parameters of response in the form of communication time, communication time difference, distance, and signal interference. 11:45 Web-based Geographic Information System for Electric Transmission Equipment Mapping Lestari Margatama and Silvia Al-Hikmah (Universitas Budi Luhur, Indonesia); Teguh Prakarsa (Budi Luhur University, Indonesia);January Dewanto (Universitas Budi Luhur, Indonesia); Indra Riyanto (Fakultas Teknik Universitas Budi Luhur & Academic Quality Assurance Division, Universitas Budi Luhur, Indonesia) In this globalization era, the development and use of the mapping has been very rapid in the last five years. So many people are now using GPS network system in their everyday lives. Geographic Information System is a tool to support information management related to mapping, analysis, and retrieval of geographic-referenced data. In the context of Electric Company, there is much information to support the business process concerning grid network and customer reach and services. These potentials are being optimized into web-based geographic information system and being test-implemented in one region of operation. 12:00 Design and Implementation of FPGA Based Bipolar Stepper Motor Controller for Linear Slide Application Chee Yuen Lam (Universiti Malaysia Perlis, Malaysia); Phaklen Ehkan (University Malaysia Perlis, Malaysia) Stepper motor is a common linear actuator in automation. This motor is used in the design of one axis automated cutter motion control with a linear slide. The cutter required a high precision motion and location control to avoid miss-cut condition. With the advantage of parallelism of FPGA, a precise stepper motor control signal is generated to drive the stepper motor. Concurrent logic circuit in FPGA calculated the distance and direction of motion in synchronize mode. Trapezoidal velocity profile and motion control are implemented using finite state machine (FSM) in FPGA. The distance resolution per step achieved in this study is 15.88µm for 8-microstep configuration. The FPGA stepper motor controller consumes only 1 % logic source on Altera DE2 FPGA board. 12:15 Development of a Microcontroller-Based Relaying System for Grid-Connected Photovoltaic Systems for Small Appliance Loads Kevin Dugay, Allan Paolo Santos and Jovoy Santos (Malayan Colleges Laguna, Philippines) The use of photovoltaic (PV) cells to convert solar irradiation is one of the most popular forms of renewable energy utilization and improvements in the existing technologies has been one of the focus of various research studies. The implementation of photovoltaics for the study mainly focused on the use of PV system as a grid-tied element which served as the primary power supply for small appliance loads during loaded operation with the grid providing the backup supply in the case that the PV system failed to provide sufficient power. Such was the case when (a) sunlight is not sufficient to energize the load, (b) the energy storage unit, which is the battery, had insufficient charge, or (c) the current generated by the PV modules is less than the current through the load. These factors were

lestari



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monitored through the monitoring and control system elements of the design which also performed the necessary supply switching for the conditions of the system while also monitoring the energy consumed from the grid and energy delivered back to the grid. Through the system created, power generated by the PV modules was delivered to the load or fed to the grid, and load was shifted back to the grid, as necessary. The responses of the relay were the most suggestive of the effective implementation of the design. The responses recorded were of high accuracy and high precision in nature as tested for dependence through analysis of binary data by comparing the occurrence of expected outcome and actual observed outcome. 12:30 Performance Enhancement for LTE-A Networks Using Small Nodes Abid Yahya (Botswana International University of Science and Technology (BIUST) & University Malaysia Perlis, Botswana); Joseph Chuma (Botswana International University of Science and Technology, Botswana); Jaafar Adhab Aldhaibani (University of Information Technology and Communication (UoITC), Iraq & Motorola Company, Malaysia) Long Term Evolution- Advanced (LTE-A) is the succeeding version of LTE system meant to enhance capacity and coverage. Multi-hop relay is one of technologies supported by LTE-A, which aims to enhance the cell-edge capacity. Multi hop technologies are categorized into Fixed relay node (FRN) and Moving relay node (MRN). This paper proposes a system model which improves the capacity and throughput by employing moving and fixed relay coupled with half-duplex mode. MRN installed on top of vehicles, to improve capacity and throughput for vehicular users when the vehicles moves at high speed, while FRN deployed far from BS is to enhance coverage at cell edge. Amplify and forward (AF) and decode and forward (DF) protocols are used with these two types of relays. Furthermore, relay channel and amplification gain are derived in this paper to get on the maximum advantage via multi- hop technology. Simulation and analytical results show an increase in the throughput from 1.8Mbps to 3.7Mbps for 35 users after employing MRN on moving vehicle, furthermore this value improved to 4.1Mbps after employing MRN within a LTE-A cell coupled with FRNs deployed around BS according to the proposed location



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THURSDAY,

MAY 18, 2017 (Last updated: 15/05/2017 – 10:30pm)

Networking Session



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ORGANISING COMMITTEE

PIECT

International Advisory Panel

Iván Antonio Mantilla Gaviria (Universidad Politécnica de Valencia)

Tareq Ali Alhmiedat (Tabuk University, Tabuk, Saudi Arabia)

Prof. Dr. Aqeel Ur Rehman (Hamdard University)

Hattan F. Abutarboush (Bristol University, UK)

Sanjeevikumar Padmanaban (Senior Member IEEE,Canada)

Danda B. Rawat (Georgia Southern University )

Prof. Dr. Mohd Fareq bin Abd. Malek (University of Wollongong-Dubai)

Nasimuddin bin Ali (Institute for Infocomm Research)

Dr. Yi-Ting Mai (China)

Wai Lok Woo (University of Newcastle-Singapore)

Conference Chair



Technical Program Chair/Editor In Chief

Mohd Shakir Bin Saat (UTeM)

Technical Program Co-Chair

Mohamad Zoinol Abidin Bin Abd Aziz (UTeM)

Technical Program Committee

Mohd Fairuz Iskandar Othman (UTeM)

Ahmad Naim Che Pee (UTeM)

Yahaya Abd Rahim (UTeM)

Muhammad Ramlee Kamaruddin (UTM)

Zuwairie Ibrahim (UMP)

Abdul Majid Darsono (UTeM)

Mohd Haizal bin Jamaluddin (UTM)



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BIMSS

Conference Advisor

Dr. Iván Antonio Mantilla Gaviria (Universidad Politécnica de Valencia)

Dr. Tareq Ali Alhmiedat (Tabuk University, Tabuk, Saudi Arabia)

Prof. Dr. Aqeel Ur Rehman (Hamdard University)

Dr. Hattan F. Abutarboush (Bristol University, UK)

Sanjeevikumar Padmanaban (Senior Member IEEE,Canada)

Danda B. Rawat (Georgia Southern University )

Prof. Dr. Mohd Fareq bin Abd. Malek (University of Wollongong-Dubai)

Nasimuddin bin Ali (Institute for Infocomm Research)

Dr. Yi-Ting Mai (China)

Wai Lok Woo (University of Newcastle-Singapore)

Conference Chair



Technical Program Chair

Mohd Shakir Bin Saat (UTeM)

Technical Program Co-Chair

Mohamad Zoinol Abidin Bin Abd Aziz (UTeM)

Technical Program Committee

Mohd Fairuz Iskandar Othman (UTeM)

Ahmad Naim Che Pee (UTeM)

Yahaya Abd Rahim (UTeM)

Muhammad Ramlee Kamaruddin (UTM)

Zuwairie Ibrahim (UMP)

Abdul Majid Darsono (UTeM)

Mohd Haizal bin Jamaluddin (UTM)



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ORGANISER

SUPPORTERS



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MALTESAS CONFERENCES 2016 (ON-GOING) Updated 10/05/2017 – Visit https://maltesas.org/ for latest updates

International Conference on Business and Social Science

(ICoBSS 2017) (http://www.icobss.org/) with UiTM Melaka

1. ALL ACCEPTED PAPERS WILL BE INCLUDED IN:

1) ADVANCED SCIENCE LETTERS



Or

2) Medwell Journals SCOPUS Journal

Link – http://www.scimagojr.com/journalsearch.php?q=Medwell

Or

other SCOPUS journal based Terms and Conditions


2. International Conference on Business and Social Science

(ICoBSS 2017)

3. February 28 – March 01, 2017 | Location: Universiti Teknologi MARA, Kampus

Bandaraya, Melaka, Malaysia

2017 Recent Research in Engineering and Sciences

RENCES’2017 (rences.org) with UiTM Melaka

1. ALL ACCEPTED PAPERS WILL PUBLISHED IN ISBN PROCEEDING and WILL

BE INCLUDED IN:

MALTESAS EXPLORER WITH ISBN – http://maltesas.com/mexp

The proceedings will be sent with request to be indexed in the Thomson Reuters

Conference Proceedings Citation Index (formerly ISI Proceedings) accessible at the

Web of Science.



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2. 2017 Recent Research in Engineering and Sciences

3. February 28 – March 01, 2017 | Location: Universiti Teknologi MARA, Kampus

Bandaraya, Melaka, Malaysia

=======================================

—————-APRIL—————–

=======================================

2017 2nd International Conference on Information in Business and Technology

Management (I2BM)

I2bm’2017 (https://i2bm.com/)





Or



Or



2. 2017 2nd International Conference on Information in Business and Technology

Management (I2BM)

3. 18 -20 April 2017 | Penang, Malaysia

4.

2017 4th International Conference on Communication and Computer Engineering

(ICOCOE)

ICOCOE’2017 (https://icocoe.com/)

1. Publish in Journal of Telecommunication, Electronic and Computer Engineering

(JTEC)

(ISSN 2180-1843, e-ISSN 2289-8131) – SCOPUS Q4




73

Or



2. 2017 4th International Conference on Communication and Computer Engineering

(ICOCOE)

3. 18 -20 April 2017 | Penang, Malaysia

=======================================

—————-MAY—————–

=======================================

2017 International Symposium in Business, Management and Social Sciences (BIMSS)

BIMSS’2017 (https://www.bimss.org/)





Or



Or



2. 2017 International Symposium in Business, Management and Social Sciences

(BIMSS)

3. 16 – 18 May 2017 in Bandung, Indonesia

2017 Progress in Electronics Engineering, Computer Engineering and Information

Technology (PIECT)

PIECT’2017 (http://www.piect.org/)

1. Publish in Journal of Telecommunication, Electronic and Computer Engineering

(JTEC)

(ISSN 2180-1843, e-ISSN 2289-8131) – SCOPUS Q4



74


Or



2. 2017 Progress in Electronics Engineering, Computer Engineering and Information

Technology (PIECT)

3. 16 – 18 May 2017 in Bandung, Indonesia

=======================================

—————-AUGUST—————–

=======================================

2017 International Conference on Art, Business, Education and Social Sciences

(ABESS)

ABESS’2017 (https://abess.org)





Or



Or



2. 2017 International Conference on Art, Business, Education and Social Sciences

(ABESS)

3. 15 – 17 August 2017 | Langkawi Island, Kedah, Malaysia

2017 progress in electronics engineering, computer

Documents