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Biography
Research Topics
Research Summary
Publication
Experience


 Academic Background  VLSI/CAD¡BCommunication IC¡BDSP
> High-performance DSP Algorithms and VLSI Architectures
> Algorithm-based Low-Power VLSI Designs for DSP Applications
> Digital Communication (Modulation/Demodulation/Equalization/FEC)
> Adaptive Signal Processing and Multirate Signal Processing
> Computer-aided Design for VLSI and DSP applications
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 Research Summary
> Digital Signal Processing
 1.Power efficient beamforming processing in the portable ultrasound system.
 2.Environment-aware Doppler processing in ultrasound system.¡@
 3.Joint channel shortening in the wireless MIMO-OFDM system.
 4.Reconfigurable LDPC decoder applied to the soft-defined-radio (SDR) system.
 5.Dedicated IP module design and implementation for Discrete Multitone modulation (DMT), Orthogonal Frequency Division Multiplexing (OFDM) transceiver technology, such as FEC modules and equalizers.
 6.Physical-layer Transmission IC design for Broadband Communication Systems, such as xDSL (ADSL, HDSL2, VDSL, ADSL2+), Cable Modem, Gigabit Ethernet, 10G Ethernet, and Wi-Fi system.
 7.Novel Adaptive Equalizer Design for Communication/Storage Systems.
> On-Chip Communication
 1.Reconfigurable/Programmable Communications Silicon IP and Platform Designs.
 2.Algorithm-based Low-power Design.¡@
 3.Design methodology and Rapid prototyping for high-performance Silicon IP (SIP) design/generator in System-on-Chip (SoC) environment.
 4.SoC Design for 3C and Information/Internet Appliance (IA) applications.
 5.Architectures and Algorithms of Network on Chip and Noise-tolerant Circuit Designs.
 6.Circuit and Systems for Intelligent-Chip & Bio-Inspirded micro-network.
 7.3D Integrated Circuit Platform & Thermal-awared 3D NoC network algorithms and Structure Designs.

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