Design of a 54x54-bit multiplier using radix-16 redundant binary booth encoding

In this project, some of these multiplying coefficients were chosen as fundamental multiplying coefficients, and any other multiplying coefficient could be represented as an RB number which consists of two of these fundamental multiplying coefficients or their inverses. The RB partial product generator (RBPPG) was used to generate RB partial products. These RB partial products were added in the RB adder (RBA) array block. Some of the RBA cells in the RBA circuit were optimised for the multiplier in this project.Master of Science (Integrated Circuit Design