VLSI architecture for datapath integration of arithmetic over GF(2 m) on digital signal processors

This paper examines the implementation of finite field arithmetic, i.e. multiplication, division, and exponentiation, for any standard basis GF(2^m) with m⩽8 on a DSP datapath. We introduce an opportunity to exploit cells and the interconnection structure of a typical binary multiplier unit for the Finite Field operations by adding just a small overhead of logic. We develop division and exponentiation based on multiplication on the algorithm level and present a simple scheme for implementation of all operations on a processor datapath