A Field Programmable Gate Array (FPGA), when used as a platform for implementing special-purpose computing architectures, offers the potential for increased functional parallelism...
Jason D. Bakos, Charles L. Cathey, Allen Michalski
FPGAs have become an attractive choice for scientific computing. In this paper, we propose a high performance design for LU decomposition, a key kernel in many scientific and engi...
Advances in FPGA-based reconfigurable computers have made them a viable computing platform for a vast variety of computation demanding areas such as bioinformatics, speech recogni...
Multi-processor architectures have gained interest recently because of their ability to exploit programmable silicon parallelism at acceptable power-efficiency figures. Despite th...
In this paper, we present a full-system reconfigurable computing simulation platform intended to promote innovative new research in reconfigurable computing. Currently, reconfigur...