A WE-DSP32 based, low-cost, high-performance, synchronous multiprocessor for cyclo-static implementations
Stephen J. A. McGrath, Thomas P. Barnwell III, D. Schwartz · 2005
This paper describes a synchronous multiprocessor system based on the AT&T WE-DSP32 floating-point digital signal processor chip. This system has been specifically designed so that it can support cyclo-static realizations, and will be programmed using existing cyclo-static compilers. This paper discusses the improvements in device architecture which would be required if fully optimal cyclo-static realizations were to be possible.