With an exaggerating upsurge in mobile data traffic, the wireless networks are confronted
with a subtle task of enhancing their network capacity. The shortage of spectrum resources …

In this study, an energy-efficient self-organized framework for sub-channel allocation and
power allocation is presented for ultra-dense small cell networks, which can operate in both …

In this paper, we tackle a problem of frequency assignment in Wi-Fi networks with a novel
evolutionary-type algorithm. In this version of the problem, we consider the interferences …

One of the key elements of the fifth generation (5G) of mobile communication systems is the
support of a large number of users communicating through a wide range of devices and …

Newly born babies are very sensitive to rough environments, especially in Pakistan. The
dust and temperature issues here can be life threatening. Due to these issues, a baby …

Device-to-Device (D2D) is a novel communication architecture that is expected to
significantly improve the performance of next-generation 5G cellular networks by efficient …

Unlicensed Long-Term Evolution (U-LTE) is one of the few scientific fields that allow
illegitimate access to the 5GHz band to boost data transmission throughput. However, the …

Cognitive radio networks (CRNs) have allowed efficient spectrum sharing while also
presenting new challenges to the conventional problems of resource allocation and wireless …

The limited spectrum resources inevitably incur the spectrum sharing among coexisting
industrial wireless networks (IWNs), and multiple coexistence IWNs form a heterogeneous …

Abstract Unlicensed Long Term Evolution (U-LTE) is one of the unique scientific areas that
enable 5 GHz unauthorized accessibility, thus strengthening throughput of the data transfer …