2010Journal of Computer ApplicationsRequires access

Design of high performance barrel integer adder

Jing Feng

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Abstract

To accelerate the adder, a new parallel integer addition algorithm — carry barrel adder algorithm was proposed. The adder applied half-adder, combining parallel and iterative feedback ideas, judging the completion of a summation according to the value of the carry chain produced after each round of iteration, which can maintain the acceleration of calculation on low power consumption. The simulation results show that the proposed design of the barrel integer adder can accelerate prominently in slight augmentation of areas.

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What this paper is about

To accelerate the adder, a new parallel integer addition algorithm — carry barrel adder algorithm was proposed. The adder applied half-adder, combining parallel and iterative feedback ideas, judging the completion of a summation according to the value of the carry chain produced after each round of iteration, which can maintain the acceleration of calculation on low power consumption. The simulation results show that the proposed design of the barrel integer adder can accelerate prominently in slight augmentation of areas.

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Available abstract

To accelerate the adder, a new parallel integer addition algorithm — carry barrel adder algorithm was proposed. The adder applied half-adder, combining parallel and iterative feedback ideas, judging the completion of a summation according to the value of the carry chain produced after each round of iteration, which can maintain the acceleration of calculation on low power consumption. The simulation results show that the proposed design of the barrel integer adder can accelerate prominently in slight augmentation of areas.

Key concepts: Adder, Serial binary adder, Carry-save adder, Barrel (horology), Integer (computer science), Computer science, Carry (investment), Arithmetic

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