Efficient architecture reverse converter design using Han Carlson structure with carry look ahead adder
T. Silviyasara, J. Harirajkumar · 2016
To improve the performance of reverse converter, the residue numeral system is proposed using Han-Carlson structure with excess one unit. They generate and propagate signals are transmitted to the radix tree and the data structure is used to store the strings that allows fast look up. Han-Carlson reduces the complexity and it supports the huge number of adders with high performance operation. This method uses less number of digital operators by adjusting the number of stages. It efficiently reduces the delay and it increases the timing, speed and power consumption. Han-Carlson structure is very useful for applications like cryptography, the arithmetic process, security purposes, global unique identifiers, computer software.