Capacity Analysis under Random Blockage in Internet of Things over F Distribution

In this paper, the average channel capacity and the outage capacity with random blockage under the composite
$\mathcal{F}$
fading channels is considered. To this end, closed-form analytical expressions for the above-mentioned metrics are derived. Furthermore, the derived expressions are reduced to Nakagami-$m$ and Rayleigh fading channels. Capitalizing on the derived expressions, the impact of multipath fading and shadowing on the system performance is studied. Additionally, Monte-Carlo simulations results are also provided to validated the derived analytical expressions. Both, the numerical results and Monte-Carlo simulation results show excellent agreements, hence the correctness of the analysis is validated.