[[abstract]]A step-by-step error/erasure decoding algorithm for Reed-Solomon codes is presented. Compared with the standard algebraic decoding, this step-by-step error/erasure decoding algorithm does not need to find the coefficients of the error location polynomial, to search the error locators, and to calculate the error evaluator and error/erasure polynomials for obtaining the error and erasure values. This algorithm can detect whether each received code symbol is an error or erasure location or not and then directly find the corresponding error or erasure value in the manner of symbol-by-symbol
Reed-Solomon codes are some of the most widely used error correcting codes. In this paper we introdu...
Abstract—We present a novel stochastic decoding algorithm for Reed-Solomon codes. We apply an iterat...
Codes in the sum-rank metric have various applications in error control for multishot network coding...
In the following pages an introduction of the error correcting codes known as Reed-Solomon codes wil...
Reed-Solomon code is nowadays broadly used in many fields of data transmission. Using of error corre...
In the following pages an introduction of the error correcting codes known as Reed-Solomon codes wil...
Thesis discuss about effort to ensure from error, which may occur during transmission over noisy cha...
This module provides a brief introduction to the theory of error-detecting and error-correcting code...
Includes bibliographical references (pages 37-39)This project details the design and implementation ...
A simplified parallel step-by-step decoding algorithm is proposed for decoding Reed-Solomon (RS) cod...
Reed-Solomon codes are a class of maximum distance separable error correcting codes with known fast ...
Reed Solomon codes are a well-known family of multilevel codes that are used in a variety of applica...
We consider the erasures-only decoding of Reed-Solomon codes. One class of erasure decoders of algeb...
The work deals with error-correcting codes, specifically encoding and decoding Reed-Solomon codes. A...
A decoding procedure is described for the (n,k) t-error-correcting Reed-Solomon (RS) code, and an im...
Reed-Solomon codes are some of the most widely used error correcting codes. In this paper we introdu...
Abstract—We present a novel stochastic decoding algorithm for Reed-Solomon codes. We apply an iterat...
Codes in the sum-rank metric have various applications in error control for multishot network coding...
In the following pages an introduction of the error correcting codes known as Reed-Solomon codes wil...
Reed-Solomon code is nowadays broadly used in many fields of data transmission. Using of error corre...
In the following pages an introduction of the error correcting codes known as Reed-Solomon codes wil...
Thesis discuss about effort to ensure from error, which may occur during transmission over noisy cha...
This module provides a brief introduction to the theory of error-detecting and error-correcting code...
Includes bibliographical references (pages 37-39)This project details the design and implementation ...
A simplified parallel step-by-step decoding algorithm is proposed for decoding Reed-Solomon (RS) cod...
Reed-Solomon codes are a class of maximum distance separable error correcting codes with known fast ...
Reed Solomon codes are a well-known family of multilevel codes that are used in a variety of applica...
We consider the erasures-only decoding of Reed-Solomon codes. One class of erasure decoders of algeb...
The work deals with error-correcting codes, specifically encoding and decoding Reed-Solomon codes. A...
A decoding procedure is described for the (n,k) t-error-correcting Reed-Solomon (RS) code, and an im...
Reed-Solomon codes are some of the most widely used error correcting codes. In this paper we introdu...
Abstract—We present a novel stochastic decoding algorithm for Reed-Solomon codes. We apply an iterat...
Codes in the sum-rank metric have various applications in error control for multishot network coding...