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2014•IEEE Wireless Communications LettersRequires access

Fading Statistics for the Joint Fading and Two Path Shadowing Channel

Indrakshi Dey, Geoffrey G. Messier, Sebastian Magierowski

Open publisher page 12 citations

Abstract

New expressions for the joint moments, mean, variance and amount of fading (AF) of the Joint Fading and Two-path Shadowing (JFTS) distribution are derived in this letter. The derived expressions for theoretical mean and variance are shown to agree with the experimental results. The AF expression is used for comparing the severity of fading imparted by the JFTS distribution to the fading severity of other common small scale fading and composite fading / shadowing distributions.

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What this paper is about

New expressions for the joint moments, mean, variance and amount of fading (AF) of the Joint Fading and Two-path Shadowing (JFTS) distribution are derived in this letter. The derived expressions for theoretical mean and variance are shown to agree with the experimental results. The AF expression is used for comparing the severity of fading imparted by the JFTS distribution to the fading severity of other common small scale fading and composite fading / shadowing distributions.

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Available abstract

New expressions for the joint moments, mean, variance and amount of fading (AF) of the Joint Fading and Two-path Shadowing (JFTS) distribution are derived in this letter. The derived expressions for theoretical mean and variance are shown to agree with the experimental results. The AF expression is used for comparing the severity of fading imparted by the JFTS distribution to the fading severity of other common small scale fading and composite fading / shadowing distributions.

Key concepts: Fading, Fading distribution, Channel state information, Shadow mapping, Joint (building), Log-distance path loss model, Level crossing, Statistics

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