Security-aware systems require sophisticated System-on-Chip (SoC) technology involving high performance embedded microprocessors and reconfigurable hardware such as Field-Programmable Gate Array (FPGA). The proposed CALAS studies and invents new approaches to design and to implement security-aware systems with the consideration of time-area, performance-security, and energy-cost tradeoffs. The proposed research includes security-aware hardware such as microprocessors with security-related custom-instructions, robust datapath designs, multi-core security, and secure embedded systems.
Research Interests
Reconfigurable Trusted Computing, VLSI/FPGA Circuit Designs, Memory Architecture Design, Cryptography, System-on-Chip, High-Performance & Customisable Biomedical Computing, Embedded System Designs, Logic Synthesis.
Hot! Postdoc / PhD / RA Position Opening
Dr. Ray, CALAS team, is continuously looking for bright students globally, prospective students can email Dr. Ray directly with their CVs and three selected papers at “cccheung@ieee.org”. Our group values global and gender diversities, in conducting cutting edge scholarly research activities.
Teaching Activities
In addition to research, the CALAS group is enthusiastic about teaching. Since 2021, the CALAS group, under the CityUHK EE department, has been hosting a Gifted Education Off-School Advanced Learning Programme funded by the Gifted Education Fund from Education Bureau each year.
The OSALP provides secondary students with weekly lessons related to the programme topic. The programme is updated each year. You can find out more about this year’s programme on the our cityueegef website.
https://cityueegef.github.io/about/
Contact
cccheung at ieee dot org
+852 3442-9849
G6518, 6/F, Green Zone, Department of Electrical Engineering, City University of Hong Kong, Kowloon Tong, Hong Kong