GitHub

16-bit-Kogge-stone-adder-using-Verilog-

A Kogge-Stone adder is a parallel prefix form carry look-ahead adder. It was developed by Peter M. Kogge and Harold S. Stone in 1973. This adder is known for its speed and efficiency in performing ...
TechRepublic

Design and Testing of Prefix Adder for High Speed Application by Using Verilog HDL

Parallel prefix adder is the most flexible and widely used for binary addition. Parallel prefix adders are best suited for VLSI implementation. Numbers of parallel prefix adder structures have been ...
IEEE

Performance Analysis of Parallel Prefix Adder for Datapath Vlsi Design

Abstract: All modern processor, including microprocessor, digital signal processor contain Arithmetic Logic Unit (ALU). The computing efficiency of these modern processor mainly depended on efficiency ...
IEEE

Constructing zero-deficiency parallel prefix adder of minimum depth

Abstract: Parallel prefix adder is a general technique for speeding up binary addition. In unit delay model, we denote the size and depth of an n-bit prefix adder C(n) as s/sub C(n)/ and d/sub C(n)/ ...
GitHub

ShashannkP/8Bit_Prefix_Adder

This project implements an 8-bit Prefix Adder in Verilog along with a complete testbench. A prefix adder is a fast adder architecture that optimizes carry computation using parallel prefix logic, ...
TechRepublic

Design and Characterization of Fault Tolerant Power Parallel Prefix Adders Using FPGA Design

Parallel-prefix adders (also known as carry tree adders) are known to have the best performance in VLSI designs. However, this performance advantage does not translate directly into FPGA ...