Smart Camera Architectures for Depth Perception Applications
with binocular cameras or depth sensors.
Heterogeneous Hardware Accelerators on CPU/GPU/FPGA for
Streaming Data Processing
Heterogeneous Integration of Electronic-Eyes for contact-lens electronic eyes
Integrated Circuits
and Architectures of Smart Image Sensor Chips for Energy-Efficient Perception and
Cognition of Human Visual System
Efficient
Energy-Harvesting Circuits
Heterogeneous Integrations and Packaging for Sensing and
Processing Units, etc.
X
Computing Architectures for energy-efficient integrated
image signal processing and machine learning systems with novel devices, circuit
topologies and methodologies
Reconfigurable Computing
Approximate
Computing
Physical Computing
Open Source Projects:
Past Projects:
LCVCodec:Low
Complexity and Low Power Video Coding with CS, DVC and Blind
Signal Seperation.
MCVP:
High-Performance Video Processing with Multi-cores.
MemOpti: High-Performance and Low-Power
Storage Methods of Massive Data for Integrated Digital Video
Systems
LPC 2: Circuit-Level
Low-Power Design for On-Chip Clock Tree at 65nm/45nm Technology Nodes
with PVT-Aware Features.
LPC 1: Circuit-Level
Low-Power Techniques for SOC Design, including low power
conditional pre-charge DFFs,
low-swing interconnects, etc.
Academic Services:
Membership
IEEE / IEICE / ACM
IEEE CAS Society, VSPC TC
Member
CCF, Committee Member of
The Commission on Youth Scientists