With the XC6200 FPGA Xilinx introduced the first commercially available FPGA designed for reconfigurable computing. It has a completely new internal architecture, so new design alg...
Reiner W. Hartenstein, Michael Herz, Frank Gilbert
One of the major overheads in reconfigurable computing is the time it takes to reconfigure the devices in the system. This overhead limits the speedups possible in this exciting n...
In the paper, a methodology of developing checkers for communication protocol testing is presented. It was used to develop checker to test IP cores communication protocol implemen...
Reconfigurable computing based on partial reconfiguration of field programmable gate arrays (FPGAs) is yet to move to the mainstream of computing. Hardware devices that support su...
Current trends show that partial and dynamic reconfiguration can be used in adaptive systems. These systems are able to adapt themselves to the demand of their environment during r...