When utilizing reconfigurable hardware there are many applications that will require more memory than is available in a single hardware block. While FPGAs have tools and mechanisms...
— Significant headway has been made in logic density and performance of FPGAs in the past decade. Power efficiency of FPGA architectures is arguably the next most important crite...
The time it takes to reconfigure FPGAs can be a significant overhead for reconfigurable computing. In this paper we develop new compression algorithms for FPGA configurations that...
We present a novel network-on-chip-based architecture for future programmable chips (FPGAs). A key challenge for FPGA design is supporting numerous highly variable design instance...
As device size shrinks to the nanometer range, FPGAs are increasingly prone to manufacturing defects. We anticipate that the ability to tolerate multiple defects will be very impo...