Dr. Dong Hwa Kim
Department of Instrumentation and Control Engineering, Hanbat National University, South Korea
He got Ph.D degree at Dept. of Computational
Intelligence and Systems Science (K. Hirota Lab.), Interdisciplinary
Graduate School of Science and Engineering, TIT (Tokyo Institute of
Technology, K.), Tokyo, Japan as the title (Genetic Algorithm Combined
with Particle Swarm Optimization/Bacterial Foraging and Its Application
to PID Controller Tuning).
He has many work experiences, Professor, Director, Korean Experts Center of TDT University, Vietnam, Dean, Graduate school of Huree University, Mongolia, 2015, Prof., Dept. of Control Eng., Hanbat National University, March 2, 1993-Feb. 2015, Honorary Prof. Hanbat National University (Feb 28, 2015- ), Associate fellow researcher, University Malaysia Sabah (Aug. 6, 2014 – Aug. 5, 2016), Visiting Professor, Mechanical, Optic, Engineering Informatics, Budapest University of Technology and Economic, March 20–Feb., 2013, Header of Admission office, Hanbat National University, Aug.1, 2010-July. 28,2011, President, Korea Institute HuCARE (President of Hu-CARE (Human-Centered Advanced Technology Research/Education), Nov. 2009-, EU-FP7 (EU- Framework Programme) NCP (ICT) in Korea, April 29, 2011-2015, Director, KNRF (Korea National Research Foundation), 2006-2008, Visiting Prof., University of Alberta, Canada, March 1, 1999-March 1, 2000, Inviting researcher, ANL (Algonne National Lab.), USA, Aug. 1988-Dec. 1988, Inviting Researcher, AECL (Atomic Energy Canada Lab.), Canada, Nov. 1985-Nov.1986, Korea Atomic Energy Research Institute, Nov., 1977-March, 1993, Korea-Hungary Joint Work: Aug. 1, 2010-Feb. 28, 2011, ‘Robot motion related topics of the ETOCOM project’ Consultation with research staff members and giving related lectures, President, Daedeok Korea-India Forum, March 1, 2010–2015, Vice President, Daedeok Korea-Japan Forum, March 1, 2010–2015
Director of Science Culture Research Institute, Korea Science Foundation, Sept. 8, 2006 - Jan. 31, 2008, Vice-president of the recognition board of the world congress of arts, sciences and communications, IBC, Sept. 1, 2007-2010, UK.
He also has many activities in keynote speak and lecture in many university (about 100 university) about future technology and mega trend of technology including his research results.
He publishes several papers (around 60) and English books of research results.
He has been studying and is currently interested in emotion technology as artificial intelligence for future ICT and emotional robot.
Title of Speech: Assessing the Impact of the Combined Technologies of AI and Blockchain on Networking and Social Pattern
Abstract: As an emerging technology, blockchain is growing into distributed system, fin-tech, security, smart contracts, and networking. Officially, some governments are hesitating to adopt formal currency but Switzerland, Japan, and other countries are permitting the official exchange of money in limited areas. Moreover, many universities are permitting students to pay tuition fee as blockchain and the Swiss city of Zug has conducted a blockchain-powered trial municipal vote between June 25 and July 1, 2018, where it forms the biggest technology area with many global companies having established blockchain centres there. It is clear that the technology of blochchain is becoming seriously useful in security, distributed work, etc. On the other hand, almost all global companies and research centres are assessing projects that combine AI with existing microelectronics technologies, leading to a growth surge in research examining the 2nd Internet in terms fast combined development in AI and blochchain. This presentation will explore how AI, blochchain, and its combined technology can be useful in innovative applications and how the results will influence social factors, platform architectures, distributed system (decentralized). The presentation is hoped to provide motivation for young researchers and students to explore novel research directions or advance their extending knowledge.
M. A. Hannan
Department of Electrical Power Engineering
College of Engineering, Universiti Tenaga Nasional
Prof Dr M A Hannan is employed in the
Dept. of Electrical Power Engineering, College of Engineering, The
National Energy University, Malaysia in 2016. He was in Faculty of
Engineering and Built Environment, National University of Malaysia as
Professor of Intelligent Systems before joining to UNITEN. He has
received the PhD degree in Electrical, Electronic and Systems
Engineering from the National University of Malaysia. His research
interests are on power and energy especially intelligent inverter
controller, energy storage system, motor drive, microgrid, FACTS and
custom power devices, vehicle safety, hybrid vehicle and solid waste
He has been obtained about RM 10 million research funds, supervised 37 (2 post-doctoral, 19 PhD and 17 master by research) students and published 300+ research papers in reputed journals and proceedings. His H index and citation are in Google Scholar (H index 27; citation 3499), Research gate (H index 24; citation 2579, Reads 79k), Scopus (H index 22; citation 2201).
He is the members of many professional organizations such as Senior Member, IEEE, IEB, IAENG, BCS etc. He has been serving as program examiner, funding proposal evaluator, thesis examiner, associate editor in IEEE Access, Editor-in-Chief (Journal of Energy & Environment, ISSN: 1985-7462), reviewer in many IEEE Transactions, Elsevier Science and some other journals, editorial board members as well as in the committee and reviewer of many International Conferences.
He has been awarded many times for research and contributions, just a few such as, Gold medal in ITEX 2018, Gold medal in MTE, 2017; Gold medal in ITEX 2017; Gold medals PERINTIS, 2016; Gold Medal with Outstanding Achievement in International Innovation Festival, 2014; Runner up in Schneider Electric University Challenge “Go Green in Malaysia” 2012; Runner up in the DIGI Challenge “Change for Social Venture Competitions” 2011; Champion in the National Electric Power System Competition, 2009; Excellent Scientist for outstanding research in 2005 by MOHE, Malaysia; Gold medal in SIIF 2004, Korea etc.
Title of Speech: Power Electronic Contributions in Renewable Energy Eonversion toward Reducing Global Warming
Abstract: Global energy consumption is increasing at a dramatic rate and most of the energy comes from fossil fuels which cause the problem of global warming due to the emission of greenhouse gases. Climate change and the global warming challenges turn up to be like a major threat to the world. Accordingly, the world is going through a crucial energy problem to supply efficient and cost-effective energy to face the rapid rise of energy need and increasing negative environmental impacts. Therefore, new guidelines and technological innovation are necessary to ensure energy security without causing emissions. Power electronics technology offers high reliability, efficiency and has been successfully implemented in different applications to convert renewable energy, conserve energy, improve performance efficiency and mitigate global emissions. This keynote focuses on various aspects of power electronics technologies in converting energy from convention form to a sustainable form which in turn solves the existing global warming problem. The different topologies of power electronics converters are explained on the basis of types, control difficulties, benefits, and drawbacks. Different categories of power electronics controllers utilized for energy conversion are comprehensively reviewed on their structure, algorithm, and mathematical model, strength, and weakness. Furthermore, the review emphasizes the execution of power converters and controllers in different applications and highlights their contribution to save energy and mitigate emissions. All the highlighted insights of this keynote will hopefully lead to increasing efforts towards the development of the advanced power electronics converters and controllers for efficient energy conversion which in turn can reducing of global warming.
Prof. Chua-Chin Wang
National Sun Yat-Sen University, Taiwan
Dr. Chua-Chin Wang received the Ph.D.
degree in electrical engineering from SUNY (State University of New
York) at Stony Brook, USA, in 1992. He was Chairman of this department
during 2009 - 2012. He was CEO of Operation Center of
Industry-University Cooperation, NSYSU, in 2012-2014. He was Dean,
College of Engineering, from 2014 to 2017.
Dr. Wang’s research interests include memory and logic circuit design, communication circuit design, neural networks, and interfacing I/O circuits. He has published over 130 journal papers, 260 conference papers, and 150 granted patents. In 2000, he co-funded Asuka Semiconductor Inc., which is an IC design house located in renowned Hsinchu Scientific Park, Taiwan, and then became Executive Secretary in 2005. In 2006, he won “Distinguished Engineering Professor” Award of Chinese Institute of Engineers and “Distinguished Engineer” Award of Chinese Institute of Electrical Engineering in the same year. He also won Distinguished Electrical Engineering Professor Award of Chinese Institute of Electrical Engineers in 2007. In 2010, he was honored to be Distinguished Professor of National Sun Yat-Sen University. In 2012, he won “Distinguished Engineering Professor” Award of Chinese Institute of Engineers and Outstanding Research Award of NSYSU. He won 3 times of Outstanding Industry-Academia Collaroration Award (2005, 2009, 2013). He became IET Fellow in 2012. He was named as ASE Chair Professor in 2013. He was recognized with Outstainding Technical Achievement Award of IEEE Tainan Section in 2018.
Dr. Wang was General Chair of 2007 VLSI/CAD Symposium, which is the largest VLSI/CAD event in Taiwan. He was General Co-Chair of 2010 IEEE Inter. Symp. On Next-generation Electronics (2010 ISNE). He was General Chair of 2011 IEEE Inter. Conf. On IC Design and Technology (2011 ICICDT). He was General Chair of 2012 IEEE Asia Pacific Conference on Circuits and Systems (APCCAS), which is the flagship conference of IEEE CASS Region 10. He was Genenal Chair of 2015 Symposium on Engineering, Medicine, Biology Applications.
Title of Speech: Design of Key Components for Safety Issues of Battery Management System in Electrical Vehicles: Accurate SOC/SOH Estimation and Wide-range Bi-directional Mixed-voltage I/O Buffers
Abstract: Automobile electronics has been deemed as the 4th “C” with a potentially gigantic market right after Computer, Communication and Consumer electronics. Future automobiles are recognized to be dominated by Electric Vehicles (EV), perhaps including Hybrid electric vehicle (HEV), Plug-in hybrid electric vehicle (PHEV), Battery electric vehicle (BEV). The top priority of these Lithium-battery-operated vehicles is the safety, which is mainly monitored by BMS (battery management system). Several key components applied in BMS of EVs will be introduced, including real-time detection of SOC (state of charge), SOH (state of health) of batteries, and high-voltage currents of charging and discharging of batteries. Lastly, the necessity of mixed-voltage I/O buffer design which is required to exchange digital data or information across different voltage domains in car appliances or ECUs will be discussed. Besides, the future development of ESD protection, environmental variation detector basics for automobile grade will be discussed.