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Incidence of RS(255,239) coding in the performance of the EPON system

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Date
2018
Author
Imbachi J.C.
Soto A.M.C.
Palacio M.G.
Cardenas D.S.C.
Gomez D.M.
Luna M.
Villegas S.
Arredondo C.A.
TY - GEN T1 - Incidence of RS(255,239) coding in the performance of the EPON system AU - Imbachi J.C. AU - Soto A.M.C. AU - Palacio M.G. AU - Cardenas D.S.C. AU - Gomez D.M. AU - Luna M. AU - Villegas S. AU - Arredondo C.A. Y1 - 2018 UR - http://hdl.handle.net/11407/4868 PB - IEEE Computer Society AB - This paper presents the analysis by simulation of the incidence of the RS error correction technique in the performance of an EPON point-to-point link. The RS technique is based on the Euclidean algorithm and is modified by including the solution system of linear equations Gauss Jordan in the determination of the error value. Mathematical processes are performed in the field of finite number. The measurements show that the RS(255.239) coding scheme gives the EPON system a coding gain of 0.98 dB. © 2018 AISTI. ER - @misc{11407_4868, author = {Imbachi J.C. and Soto A.M.C. and Palacio M.G. and Cardenas D.S.C. and Gomez D.M. and Luna M. and Villegas S. and Arredondo C.A.}, title = {Incidence of RS(255,239) coding in the performance of the EPON system}, year = {2018}, abstract = {This paper presents the analysis by simulation of the incidence of the RS error correction technique in the performance of an EPON point-to-point link. The RS technique is based on the Euclidean algorithm and is modified by including the solution system of linear equations Gauss Jordan in the determination of the error value. Mathematical processes are performed in the field of finite number. The measurements show that the RS(255.239) coding scheme gives the EPON system a coding gain of 0.98 dB. © 2018 AISTI.}, url = {http://hdl.handle.net/11407/4868} }RT Generic T1 Incidence of RS(255,239) coding in the performance of the EPON system A1 Imbachi J.C. A1 Soto A.M.C. A1 Palacio M.G. A1 Cardenas D.S.C. A1 Gomez D.M. A1 Luna M. A1 Villegas S. A1 Arredondo C.A. YR 2018 LK http://hdl.handle.net/11407/4868 PB IEEE Computer Society AB This paper presents the analysis by simulation of the incidence of the RS error correction technique in the performance of an EPON point-to-point link. The RS technique is based on the Euclidean algorithm and is modified by including the solution system of linear equations Gauss Jordan in the determination of the error value. Mathematical processes are performed in the field of finite number. The measurements show that the RS(255.239) coding scheme gives the EPON system a coding gain of 0.98 dB. © 2018 AISTI. OL Spanish (121)
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Abstract
This paper presents the analysis by simulation of the incidence of the RS error correction technique in the performance of an EPON point-to-point link. The RS technique is based on the Euclidean algorithm and is modified by including the solution system of linear equations Gauss Jordan in the determination of the error value. Mathematical processes are performed in the field of finite number. The measurements show that the RS(255.239) coding scheme gives the EPON system a coding gain of 0.98 dB. © 2018 AISTI.
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http://hdl.handle.net/11407/4868
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