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Throughput Analysis of α-κ-µ Extreme/Gamma Composite Fading Channel
by
Kumar, Sandeep
, Kumar, Rajesh
, Yadav, Poonam
in
Average channel capacity
/ Channel capacity
/ effective capacity
/ enclosed propagation scenario
/ Fading
/ Physics
/ Probability density functions
/ Signal to noise ratio
2022
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Throughput Analysis of α-κ-µ Extreme/Gamma Composite Fading Channel
by
Kumar, Sandeep
, Kumar, Rajesh
, Yadav, Poonam
in
Average channel capacity
/ Channel capacity
/ effective capacity
/ enclosed propagation scenario
/ Fading
/ Physics
/ Probability density functions
/ Signal to noise ratio
2022
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Throughput Analysis of α-κ-µ Extreme/Gamma Composite Fading Channel
Journal Article
Throughput Analysis of α-κ-µ Extreme/Gamma Composite Fading Channel
2022
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Overview
In this paper, we consider α-κ-µ-Extreme/gamma composite fading channel model, which is used to characterize non-linear severe fading and shadowing impairments in enclosed wireless propagation scenarios. For this model, we first obtain the probability density function (PDF) expression for the received signal-to-noise ratio(SNR). Using the derived PDF, throughput analysis is provided by deriving expressions for the average channel capacity(ACC) and effective capacity(EC) in closed-form. The derived expressions are evaluated for several values of fading and shadowing indexes to study their effect on the ACC and EC. Furthermore, asymptotic analysis of ACC and EC are carried out to show better approximation under the high and low SNR regimes.
Publisher
IOP Publishing
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