PROJECT TITLE :

Low-Power/Cost RNS Comparison via Partitioning the Dynamic Range - 2016

ABSTRACT:

Residue number systems (RNSs) are the main selection in several comparisonand division-free applications (e.g., Digital Signal Processing). However, the development of economical RNS comparators can widen the spectrum of RNS applications. Such comparators can replace the simple, however slow and expensive, observe of converting the comparison operands to binary, as inputs to a good word binary comparator. This has motivated some researchers to style shortcut RNS comparison strategies that obviate the necessity for full reverse conversions. But, the few actual realizations that we tend to have encountered are based on moduli set t = 2n - 1, 2n, 2n + 1. During this paper, once transient review and performance analysis of the previous methods, we tend to present a new t-comparator with considerably reduced price and power dissipation, with no delay penalty. The underlying comparison algorithm is based on ordering the dynamic vary into consecutive partitions, and locating the partitions that own the corresponding comparison operands. The needed circuitry includes 2 n-bit adders, which are replaced by one compound parallel prefix design, in order to save lots of space and power. Postlayout performance evaluations, of the proposed work and the simplest previous one, show small latency improvement, 17%(46p.c) reduction in area consumption, 30p.c(41p.c) in power dissipation, and thirty one%(forty seven%) in power-delay product, for n = eight(22).


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