S.A. Al-Semari, Mohsen Guizani
Abstract
The channel throughput of the slotted ALOHA protocol is evaluated for a Nakagami fading channel model. General expressions for different values of the fading figure m and receiver capture ratio are presented. Evaluations of these expressions show that the throughput increases as the fade depth increases.
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The channel throughput of the slotted ALOHA protocol is evaluated for a Nakagami fading channel model. General expressions for different values of the fading figure m and receiver capture ratio are presented. Evaluations of these expressions show that the throughput increases as the fade depth increases.
Key concepts: Aloha, Fading, Fade, Throughput, Nakagami distribution, Fading distribution, Channel (broadcasting), Computer science