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A Novel Closed form Expression of OPRA Over κ-μ/Inverse-Gaussian and η-μ/Inverse-Gaussian Fading Channel with Diversity Reception

Saloni Srivastava, S.K. Soni


Abstract: In authentic wireless propagation scenario, the execution of the wireless communication is critically degraded by fading phenomenon which is generally multipath and shadowing. Considering more realistic scenario it is very necessary to develop a composite fading model and further analyze its performance metrics. In this work closed form equation of channel capacity under adjustable transmission policy with OPRA over κ-μ/Inverse-Gaussian and ημ/Inverse-Gaussian fading channel with and without maximal ratio combining (MRC) diversity reception has been done. Further the correctness of proposed result is validated by exact numerical result. The analysis of channel capacity gives knowledge of reference limit to design any system.

Keywords: Composite fading channel, channel capacity, Gauss-Laguerre Integration

Cite this Article

Saloni Srivastava, S.K. Soni. A Novel Closed form Expression of OPRA Over κμ/Inverse-Gaussian and η-μ/InverseGaussian Fading Channel with Diversity Reception. Journal of Microelectronics and Solid State Devices. 2019; 6(1): 7–11p.  

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