High throughput VLSI DSP using replicated finite rings

This paper discusses recently introduced strategies in implementing DSP systems using residue replication; in particular we highlight current work underway in the VLSI Research Group, at the University of Windsor, in the area of constructing high throughput DSP systems on silicon. The paper first briefly reviews the theory and mapping techniques, associated with general residue and residue replication systems, then discusses the detailed VLSI design of an efficient general coefficient inner product step processor using Fermat Primes. High Throughput VLSI DSP Using Replicated Finite Rings Graham A. Jullien, Wenzhe Luo and Neil M. Wigley