Aerial networks represent a complementary technology for the provision of fifth-generation
(5G) wireless communication services via high-and low-altitude platforms (HAPs/LAPs) or …

For the terrestrial infrastructure, the multiple-input multiple-output (MIMO) architecture is a
key technology that has brought the wireless gigabit vision closer to reality. Satellite …

The signal received at the ground station for a satellite link is affected by the stochastic
nature of atmospheric channel. Adverse weather events such as rain attenuates the signal …

The statistic models for evaluating the fading term caused by the incoherent scatter in clear
and rainy environments are derived, which are critical for establishing the multiple-input …

Simulation is a widely used mechanism for validating the theoretical models of networking
and communication systems. Although the claims made based on simulations are …

Research on mobile satellite and high-altitude platform (HAP) systems (MSHSs) has
recently proliferated because of the allocation of additional spectrum, the intense …

Severe tropical weather dynamics impairments on the earth-sky signal quality at the Ku-
band relative to temperate weather increase the demand for land mobile satellite (LMS) …

Broad‐band satellite communication is an indispensable method to provide seamless
connectivity for people especially in remote areas. This paper analyzes the performance of …

Satellite communication systems operating at Ku (12/14 GHz) and Ka band (20/30 GHz)
frequencies are used for broadband multimedia and internet based services. At these …

The evolution of communication systems to the next generation, for example, B5G and 6G,
demands an ultrareliable performance regardless of weather conditions. Such ultrareliable …