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Differential Maximum Ratio Combining (MRC)-Based Throughput Analysis on Dual-Fading Models of Slotted-Aloha CDMA Systems

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In this paper we investigate throughputs of Slotted-ALOHA code division multiple access systems with differential detection upon L-branch antenna by means of maximum ratio combining (MRC) diversity technique. We investigate the effects of co-channel interference by employing two different fading models (i.e. between the desired signals and its interferences.) We consider systems under Nakagami/Nakagami and Rician/Nakagami fading environments. The purpose of employing MRC diversity and differential phase shift keying with L-branch antenna is to overcome multipath fading interference in order to enhance the performance of the systems. Our research indicates that the implementation of L-branch antenna in the receiver have reasonably increased the throughputs of the systems. Furthermore, we also investigate the inverse relation between interference signal and the throughputs of the systems. We further point out that the value of Nakagami fading parameter M and Rician factor K are proportional to the achievable throughputs of the systems.

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Detail Information

Series Title

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Call Number

Karil-045

Publisher

: Springer US., 2014

Collation

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Language

English

ISBN/ISSN

1572-8129

Classification

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Content Type

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Media Type

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Carrier Type

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Edition

International Journal of Wireless Information Netw

Subject(s)

Electrical Engineering

Specific Detail Info

International Journal of Wireless Information Networks June 2014, Volume 21, Issue 2, pp 154-160

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