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Current Project:
Wireless Interfacing Physiological Signal Measuring System Devices with Computers and Smart Phones
ICS Group Information:
Introduction
Course
Information:
Computer Aided Analysis & Optimization of
Integrated Circuit
Integrated
Circuit Design
EDA Seminar(2006 Spring)
-
(April 2006) EETIMES "Hope seen for taming IC process variability
at next design
node"
Charlie Chen, professor of electrical and computer engineering at the
NTU, University of Taiwan University and University of Wisconsin
(Madison), proposed a quadratic way to model non-Gaussian parameters and
a systematic way to analyze "confidence intervals" for the statistical
distribution of parameters. A 97 percent confidence interval, for
example, indicates a 97 percent probability that the "true mean" value
will fall inside the distribution curve. A parameter may be
non-Gaussian, but the mean estimation can be close to Gaussian.
-
(Sep.
2003) Micro-Electronics Magazine (新電子科技雜誌),
Charlie Chung-Ping Chen ( 陳中平教授 ) "Soc設計探勘突破SoC電氣設計的挑戰與解決方針."
-
ACM/SIGDA ISPD 2003
Best Paper Award
Ting-Yuan Wang, Yu-Min Lee, and Charlie
Chung-Ping Chen
for "3D Thermal-ADI -- An Efficient Chip-Level Transient Thermal Simulator"
-
ACM/SIGDA 2002
Outstanding New Faculty Award
Charlie Chung-Ping Chen - University of
Wisconsin- Madison
For a junior faculty member early in his academic
career who demonstrates outstanding potential as an educator and researcher in
the field of electronic design automation.
-
(June 3-7, 2002)
"Sequence Design Inc.'s Dr. Li-Fu Chang and Dr. Keh-Jeng Chang presented
findings on SoC inductance extraction with Professor
Charlie Chung-Ping Chen of the University of Wisconsin
at last week's FSA 2002 SoC Technical Workshop, describing how to achieve
quality of results comparable with FastHenry analysis at speeds 100 times
faster. FastHenry is an open-source field solver developed by researchers at
MIT to calculate inductance values."
-
(11/07/01)
"A transmission-line modeling technique for approximating power grid losses
across an IC was developed by UW-Madison VLSI-EDA group."
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