Combining one-hot, RNS and LNS offers real arithmetic circuits with nearly uniform switching at the cost of some complexity in word size, addition, conversion ...

Abstract—Switching behavior and dynamic power consump- tion of arithmetic circuits are influenced by the distribution of operands as well as the number ...

Various methods have been developed to decrease the costs and complexity of LNS implementation, e.g., interpolation, co-transformation, multipartite tables, ...

The Residue Logarithmic Number System (RLNS) represents real values as quantized logarithms which, in turn, are represented using the Residue Number Sys-.

Abstract—The Residue Logarithmic Number System (RLNS) represents real values as quantized logarithms which, in turn, are represented using the Residue ...

Jan 1, 2013 · Abstract: In this study, we proposed high speed adder and low power and secure for module set {2n-1, 2n, 2n+1}.

Bipartite implementation of the residue logarithmic number system · One-Hot Residue Logarithmic Number Systems · Computing with logarithmic number system ...

Another benefit of One-hot having a simple structure and regular implementation of the minimum power dissipation is the use of the Residue Logarithmic Number ...

One Hot Residue Number System: One way to increase the speed of adding operation is using one hot encoding. To represent the numbers in this system, m signals ...

An efficient adder/subtracter circuit for one-hot residue number system · Pipelined Residue Logarithmic Numbers System for general modules set {2n-1, 2n, 2n+1}.