Area-Delay-Power-Aware Adder Placement Method for RNS Reverse Converter Design - 2016 PROJECT TITLE : Area-Delay-Power-Aware Adder Placement Method for RNS Reverse Converter Design - 2016 ABSTRACT: Residue number systems (RNS) are an attractive different to conventional weighted range systems for today applications, because of features like parallelism and low-power consumption. But, a necessity for cashing in on these features is to own a suitable design for reverse converters. This paper proposes a sensible adder placement methodology to attain reverse converters with the required characteristics primarily based on the target application's requirements and constraints. The presented area-delay-power-aware adder placement technique breaks down into four phases. Besides, a linear efficiency function specified for RNS is introduced to settle on design with the best trade-off between circuit parameters. The effectiveness of the proposed placement methodology is experimentally assessed. Did you like this research project? To get this research project Guidelines, Training and Code... Click Here facebook twitter google+ linkedin stumble pinterest Vlsi Adders Integrated Circuit Design Integrated Logic Circuits Residue Number Systems Adder Residue Number System Reverse Converter Area-Delay Efficient Digit-Serial Multiplier Based on kPartitioning Scheme Combined With TMVP Block Recombination Approach - 2016 Efficient Implementation of Scan Register Insertion on Integer Arithmetic Cores for FPGAs - 2016
