In this paper we study the effect of user mobility on the performance of wireless digital
receivers operating in the presence of fading, shadowing, and path loss. Recently, it was …

We study the distribution of the received signal power in wireless networks subject to fading,
path loss, and user mobility. We show that this distribution is fully characterized by a finite …

In this paper, we consider the ergodicchannel capacity (ECC) of several generalized fading
channels for a mobile user that moves inside a coverage area according to the random …

The probability density of the received power, and the outage probability of wireless static
networks in η-μ fading environment have been well analyzed in the literature whereas, a few …

When solving the problems of outage probability in the networks, many researchers only
have analyzed in static networks in recent years. Using diversity technology to improve the …

The outage probability (OP) and average bit error rate (BER) of wireless digital systems in a
Nakagami-m fading environment have been well analyzed in the literature. Most of the …

In this paper the channel capacity for a dynamic random waypoint (RWP) mobility model of a
Rayleigh fading channel is derived. A maximum ratio combining (MRC) diversity receiver …

In this paper, the impact of mobility on generalized α-μ fading distribution is investigated.
The mobile user is considered to exhibit Random Way Point (RWP) mobility in three …

In this paper, the performance of a mobile wireless communication network operating over
the Fisher-Snedecor F composite fading channel is analyzed. Specifically, a multi-antenna …

In wireless networks, distance variations caused by node mobility generate fluctuations of
the channel gains. Such fluctuations can be treated as another type of fading besides multi …