Quadrature amplitude modulation (QAM) techniques are employed for various
communication systems due to its advantages such as efficient bandwidth and high rate. In …

With the growing popularity of wearable devices, body-centric networks have become the
focus of Internet of Things (IoT) research. However, malicious eavesdroppers and attackers …

The performance of effective throughput (ET) over alternate Rician‐shadowed fading
channels is analyzed. A novel expression for the exact ET is obtained in terms of the Meijer's …

The modeling of wireless communication channels is often broken down into two distinct
states, defined according to the optical viewpoints of the transmitter (TX) and receiver (RX) …

The modeling of wireless communications channels is often broken down into two distinct
states, defined according to the optical viewpoints of the transmitter (TX) and receiver (RX) …

The two-sided bimodality property of Alternate Rician Shadowed (ARS) fading channels
makes it a suitable fading model for body-centric wireless communication. The ARS fading …

The research performs the Joint Quality-Reliability (JQR) analysis of the multipath fading
channel in weak hyper-Rayleigh mode (HRM). The assumed statistical model is the two …

More than ever, emerging wireless communication systems will be expected to offer high-
quality service whilst continuing to push the boundaries on reliability and efficiency. This is …

In this paper, we investigate the physical layer security over the Alternate Rician Shadowed
fading channel, which is a novel channel model for body-centric wireless links and land …

Driven by the abundant availability of spectrum resources and the high data rate demands,
millimetre wave (mmWave) technologies have emerged as one of the strongest contenders …