Research Area

Computer Systems
  • Cache architectures for low supply voltage and low power consumption
  • Phase-change RAM (PRAM)-based main memory subsystems
  • Memory controller architectures for 3D stacked DRAM and many-core
  • Parallel and distributed computing (Grid computing, cluster computing, parallel programming)
  • Mobile ad hoc networks (algorithms and applications for mobile ad hoc networks)
  • Fault-tolerant computing and communication
  • Real-time computing (real-time communication, object-oriented real-time programming)
  • Wireless sensor networks (time synchronization, coverage, etc.)
  • Approximate computing (circuit level, architecture level, software level, and cross-layer)
Intelligent Mobile SoC 
  • Microprocessor architectures 
  • Application-specific instruction-set processor (ASIP) designs
  • Embedded system-on-chip (SoC) designs and optimizations
  • Ultra-low-power design methodologies 
  • Artificial intelligence on mobile SoC solutions
  • Advanced algorithms for embedded solutions (AR, VR, Automotive solutions)
  • Next-generation communication systems (5G, V2X wireless systems)
  • Reliable storage systems with emerging memories
  • Intelligent transportation systems 
  • Computer-aided design techniques 
  • High-level synthesis algorithms