The present work covers the wide range of distributions and proposes the moment
generating function (MGF) based analytical framework to derive the average symbol error …

Recently, Nanonetworks has been envisioned as a predominant technology. Applications of
whose ranges from environment to agriculture and biomedical to military, almost in every …

The moment generating function (MGF)‐based approach is found as more profound as
compared with probability density function (PDF)‐based counterpart for error rate analysis in …

In the last decade, many fact-findings have been given on the performance analysis of
composite fading channels in wireless communication. Various literatures have presented …

This manuscript proposes a novel, very general shadowed k-μ fading model for
characterizing the realistic line-of-sight (LOS) propagation scenarios of 5G and beyond. In …

FSO is one of the fast-growing fields towards the next generation of communication
technology. FSO facilitates the requirement of high data rate. On the other hand, the …

The error rate of M-ary signaling schemes for reconfigurable intelligent surface (RIS) are
analyzed in this paper. The potential for novel use cases and the demanding specifications …

Electromagnetic nanonetworks are going to play an imperative role in high-resolution
agriculture. Monitoring of crop health and detection of emitted volatile organic compounds …

The analysis of Fisher Snedecor fading under single user interference is presented in this
paper. First of all, the expressions of probability density function (PDF) and moment …

Composite fading models have been considered as the suitable fading models for scenarios
such as indoor communication and free space optical. Most of the composite fading models …