Maitham Shams
Associate Professor
Research
High-speed and low-power circuits; system on chip; delay estimation and optimization; modern asynchronous circuits; arithmetic blocks; energy estimation and optimization; RF logic circuits; computer architecture; logical balance; CMOS logic styles; DSP and wireless; modeling of CMOS
logic styles; adiabatic computing; biomedical and environmental; MOSFET modeling.
Application
Microprocessors and ASICs, DNA detection, artificial eyes, artificial organs.
Activities
- Collaboration with Ottawa Heart Institute and Medical Devices
- Member of Carleton Senate