Main Research Interests
My main research interests are directed towards the development of Intelligent FPGA CAD tools. This has led to successful collaborations with academia and industry, and has resulted in contributions to the areas of FPGA CAD, Run-Time Reconfiguration, Machine Learning, and High-Performance Computing.FPGA CAD Research
Since their inception circa 1984, advances in transistor and integration technologies have enabled FPGAs to evolve from simple programmable logic fabrics suitable as glue logic, to heterogeneous devices that are capble of implementing whole systems on a chip. These systems are being employed in a wide range of contemporary applications important to society including communication, automotive, medical, wireless and data centers. Continual reductions in silicon die feature sizes, however, have brought new challenges for FPGA CAD tools. In particular, increases in logic capacity, heterogenous resources, and multiple dies have caused traditional objectives to become harder to optimze, and legality constraints harder to satisfy. These challenges necessitate new CAD techniques, espcially for placement and routing, as these are the two most time-consuming steps in the FPGA CAD flow. Visit the Guelph FPGA CAD Group website.FPGA CAD Researchers
- Andy Ye (Ryerson University)
- Jason Anderson (University of Toronto)
- Vaughn Betz (University of Toronto)
- Lesley Shannon (Simon Fraser University)
- Steve Wilton (University of British Columbia)
- Jonathan Rose (University of Toronto)
- Guy Lemieux (University of British Columbia)
- Ken Kent (University of New Brunswick)
- Nachiket Kapre (University of Waterloo)
- Khalid Mohammed (University of Windsor)