BER analysis of cooperative DS-CDMA systems over Weibull/Rayleigh fading channels

In this work, bit error rate performance of direct-sequence code-division multiple access systems is investigated by using amplify-and-forward method. First, all channels between source, relays and destination are assumed to be Weibull distributed. Then, the source-destination channel is considered...

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Published inSignal Processing and Communications Applications Conference pp. 986 - 989
Main Authors Kapucu, Nuri, Develi, Ibrahim, Bilim, Mehmet
Format Conference Proceeding
LanguageEnglish
Turkish
Published IEEE 01.05.2015
Subjects
Amplify-and-forward
AWGN
Bit error rate
cooperative communications
direct-sequence code-division multiple access
Downlink
Multiaccess communication
Rayleigh channels
Relays
Online AccessGet full text
ISSN2165-0608
DOI10.1109/SIU.2015.7129997

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Abstract In this work, bit error rate performance of direct-sequence code-division multiple access systems is investigated by using amplify-and-forward method. First, all channels between source, relays and destination are assumed to be Weibull distributed. Then, the source-destination channel is considered to experience Rayleigh fading while the other channels are subject to Weibull fading. Bit error rate performance is obtained by varying the number of relays and the value of fading parameter by means of computer simulations.
AbstractList In this work, bit error rate performance of direct-sequence code-division multiple access systems is investigated by using amplify-and-forward method. First, all channels between source, relays and destination are assumed to be Weibull distributed. Then, the source-destination channel is considered to experience Rayleigh fading while the other channels are subject to Weibull fading. Bit error rate performance is obtained by varying the number of relays and the value of fading parameter by means of computer simulations.
Author Kapucu, Nuri
Bilim, Mehmet
Develi, Ibrahim
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  email: bilim@erciyes.edu.tr
  organization: Elektrik ve Elektronik Mühendisliği Bölümü, Erciyes Üniversitesi, Kayseri, Türkiye
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Snippet In this work, bit error rate performance of direct-sequence code-division multiple access systems is investigated by using amplify-and-forward method. First,...
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StartPage 986
SubjectTerms Amplify-and-forward
AWGN
Bit error rate
cooperative communications
direct-sequence code-division multiple access
Downlink
Multiaccess communication
Rayleigh channels
Relays
Title BER analysis of cooperative DS-CDMA systems over Weibull/Rayleigh fading channels
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