Abstract
In this paper, we investigate the two performance metrics of a small cell network under a generalized composite fading channel employing frequency reuse technique. We assume that the model of the base stations' location is homogeneous Poisson point process and the channel is also modeled as Nakagami- $m$ fading and Lognormal shadowing simultaneously. We then evaluate the coverage probability and the average achievable rate in an interference-limited network. Afterwards, we demonstrate the effect of the frequency bands on the performance metrics of the network. Finally, we show that although increasing the number of the frequency bands improves the coverage probability, it decreases the average achievable rate and also illustrate the trade-off between these two performance metrics.
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