My research is primarily on computer-aided design for hardware computing systems.
- Previous research: interconnect optimization, clock network synthesis, variation tolerant design, power efficient physical design, design for manufacturability, large scale circuit optimization and on-chip communication, power management of computing systems, adaptive circuit design and optimization.
- Approximate computing, hardware security, smart systems, machine learning EDA, hardware acceleration of machine learning computing.
SLICE: Shared machine Learning Infrastructure for the Community of EDA
NSF Workshop on Shared Infrastructure for Machine Learning EDA