DocumentCode
1113644
Title
Weight-Preserved Single-Error-Correcting Scheme for Binary Adders
Author
Wang, Tse Lin ; Liu, Chao-kai
Author_Institution
Bell Laboratories
Issue
10
fYear
1974
Firstpage
1002
Lastpage
1007
Abstract
A new single-error-correcting scheme for binary adders is devised in this paper. A new weight function [called the Arithmetic Series Weight Function (ASWF)] of binary integers is defined. By using this weight function, a simple weight-preserved relation among the operands, sums and carries of binary adders is obtained. The error-correcting scheme is based on this relation. The redundancy of this scheme is comparable to that of the other error-control techniques in binary computer arithmetic. Moreover, the error-correcting procedure is simple and can be carried out by solving a simple algebraic equation involving only additive operations.
Keywords
Arithmetic series weight function (ASWF), computer reliability, error detection and correction, fault tolerant computing, residue arithmetic.; Control systems; Error correction; Hamming weight; Protection; Arithmetic series weight function (ASWF), computer reliability, error detection and correction, fault tolerant computing, residue arithmetic.;
fLanguage
English
Journal_Title
Computers, IEEE Transactions on
Publisher
ieee
ISSN
0018-9340
Type
jour
DOI
10.1109/T-C.1974.223801
Filename
1672394
Link To Document