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Briefs
Our
group currently focuses on High Performance Low Power circuit device, chip
architecture and system design methodology on next generation computing
applications, specifically including the following fields:
·
Ultra Low Power Circuit, Architecture
and Protocol for Wireless Sensor Node
·
Nonvolatile Computing
·
Novel Design Techniques for Embedded
Systems
·
Power Efficient Architecture
(Heterogeneous MPSoC) for Software Defined Radio
·
Thermal Aware MPSoC
Design and Test
Projects
Ongoing
projects are briefly illustrated and listed as below:
- 2010.01-2011.12
ATOM-based Vehicle Computing SoC for Wireless Communication, Intel,
PI
- 2010.01-2011.12
Core SoC for Wireless Sensor
Network,
Government, Co-
PI
- 2010.01-2011.12
Non-volatile Processor
Design for Wireless Sensor
Network, Rohm,
Co-
PI
- 2010.01-2012.12
Non-volatile Logic Research for Wireless Sensor
Network,
NFSC,
PI
- 2009.09-2011.09 Wireless
Sensor Network Based Real-time Tunnel Monitoring,
Cross Discipline TNLIST Fund, PI
- 2009.01-2011.12 Heterogeneous
MPSoC Architecture for Power-efficient
Computing, 863 Project,
PI
- 2009.01-2010.01 Platform-on-a-chip
Architecture for Road Safety Application,
Intel Cooperation Fund,
PI
- 2008.12-2011.12 Thermal-aware
MPSoC Design and Test,
Chuanxin
Fund, PI
Several
previous projects are also listed as below:
- 04.10-06.12
Low-power circuit and system design methods for SoC，
NFSC，
Key Member
- 02.10-05.12
Physical design optimization for DSM SoC，
863 Key Project，
Key Member
- 05.10-08.12
Thermal/Power Aware Analysis and Optimization for Emerging
VLSI, NSFC,
Key Member
- 06.12-08.12
Low-power Techniques for Wireless Sensor
Network,
863 Project,
Co-PI
- 06.10-07.12
Encryption based IP
Protection,
Beijing
Government,
Co-PI
Research
Outcome (pdf)
Selected Projects
SOC for Next-generation Wireless
Sensor Network
Zero Standy-Power
Nonvolatile Processor (THU-1010N) for Wireless Sensor Network
Hierarchical C2RTL Framework for
Configurable Embedded Systems
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