We study the bit-error rate performance of different subcarrier phase-shift keying systems
with carrier phase errors (CPE) in lognormal turbulence channels where the CPE is …

We propose a new model for investigating the impact of complex imperfect channel state
information (CSI) over Nakagami-m fading channels. The phase difference between two …

Effective capacity is defined as the maximum constant traffic arrival rate that a
communication channel can support in order to guarantee a certain statistical delay …

In many wireless communication systems, the phase of the received signal can not be
tracked accurately due to the random time-varying nature of the channel. Apart from the …

An efficient analytical and simulation techniques were developed to analyze the bit error rate
of PSK Nakagami‐m fading systems with imperfect carrier recovery. We evaluate the …

We examine the effects of imperfect phase estimation of a reference signal on the bit error
rate and mutual information over a communication channel influenced by fading and thermal …

This article presents a unified analytical framework to evaluate the bit error probability (BEP)
of M-QAM, R-QAM and M-PAM modulation schemes for different types of fading channels …

Abstract Analysis of communication systems with combiners, assuming flat fading channels,
is well-known. However, this analysis for a chaos-based DSSS system with a frequency …

In this paper, we consider the problem of power constrained partially coherent distributed
detection over fading multiaccess channels. The deflection coefficient maximization is used …

In this study, the authors present an infinite‐series‐based approach for the performance
analysis of n‐diversity receivers operating over Rayleigh correlated fading channels in the …