Small cells are now widely deployed indoors to address hot-spot areas where capacity uplift
is needed. This deployment leads to the increase of wireless networks as a challenge to …

The successful rollout of fifth-generation (5G) networks requires a full understanding of the
behavior of the propagation channel, taking into account the signal formats and the …

Allocation of resources between femtocell and macrocell is essential to counter the effects of
interference in the dense femtocell. The significant increase in the number of internet users …

In this paper, the effect of Long-Range wireless technology parameters on signal
propagation in suburban environments is investigated. Wireless propagation modeling …

Investigations in this paper focus on establishing the uniqueness properties of the Quasi
Moment Method (QMM) solution to the problem of calibrating nominal radiowave …

Densely deployment of the small cells in 5G networks will bring high‐quality service to the
end users as well as will solve the small footprint coverage problem of millimeter‐waves …

Data demand has exponentially increased due to the rapid growth of wireless and mobile
devices traffic in recent years. With the advent of the fifth generation, 5G, and beyond …

Using indoor-to-outdoor pathloss measurements for a femtocell network, this paper presents
a comparative evaluation of the performances of Singular Value Decomposition (SVD) and …

Currently, it is evident that the use of wireless communication systems is growing at an
unprecedented rate. Because of this fact, there is need for accelerated studies on these …

Pathloss measurements are carried out at 2.1 GHz and 3.45 GHz in a campus block
environment with multiple floors. The receiver locations are categorized into indoor, outdoor …