SoC & Wireless Location Laboratory
Jong-Wha Chong Emeritus Professor
jchong@hanyang.ac.kr
Subject
Integrated Circuits System Design
VLSI and CAD
Education
Ph.D., Waseda University, Tokyo, Japan
Career
2009 ~ Present President of IKEEE (Institute of Korean
Electrical and Electronics Engineers)
2008 ~ Present Honorary president of IEEK
(Institute of Electronics Engineering of Korea)
2008 ~ Present Visiting Professor of Waseda Univ., Japan
2006 ~ Present Guest Professor in the College of Physical
Science and Technology of Huazhong Normal
Univ., China
1981 ~ Present Professor, School of Electronics and
Communication Eng., Hanyang Univ.,
Seoul, Korea
Electrical and Electronics Engineers)
2008 ~ Present Honorary president of IEEK
(Institute of Electronics Engineering of Korea)
2008 ~ Present Visiting Professor of Waseda Univ., Japan
2006 ~ Present Guest Professor in the College of Physical
Science and Technology of Huazhong Normal
Univ., China
1981 ~ Present Professor, School of Electronics and
Communication Eng., Hanyang Univ.,
Seoul, Korea
SoC & Wireless Location Laboratory
- 1. SoC Methodology
- - Floorplan tool development
- - Block level floor plan engine - TSV placement
- - Routing congestion aware design
- - Routing congestion estimation using probabilistic model
- - Floorplan optimization for minimizing routing congestion
- - Voltage drop aware design
- - Power bump and TSV placement for solving voltage drop problem
- - Multimedia DTV SoC platform design
- - H/W platform implementation for next generation multimedia DTV
- 2. Image Processing & Power IT
- - Image signal processing algorithm design
- - Anti-shaking algorithm which is funded by Hynix Semiconductor
- - Image quality assessment algorithm implementation
- - Hardware implementation by verilog HDL and certified in a
- FPGA-based platform development
- - H.264 codec implementation
- - IEC 61850 standard implementation
- - IEC 61850 communication stack library and network
- processor implementation
- 3. Wireless Location
- - Baseband modem algorithm design and implementation
- - Tx/Rx chirp spread spectrum (CSS) modem implementation
- - Low complexity SoC design of CSS modem
- - Real-time localization algorithm and system development
- - Two-way ranging protocol implementation
- - TOA-based indoor/outdoor localization using FPGA based
- development kit
- Research
- MPSoC Design Methodology, Low Power Design, Wireless
- Ranging/Positioning System, Location
- Based Service, Image Processing and
- Video Coding, IEC 61850