Cellular planning and optimization of mobile heterogeneous networks has been a topic of
study for several decades with a diversity of resources, such as analytical formulations and …

The emerging 5G systems are envisioned to support higher data volumes and a plethora of
different services with diverse QoS demands. To accommodate such service requirements, a …

Decisive progress in 5G mobile technology, fueled by a rapid proliferation of computation-
hungry and delay-sensitive services, puts economic pressure on the research community to …

One important objective of 5G mobile networks is to accommodate a diverse and ever-
increasing number of user equipment (UEs). Coping with the massive signaling overhead …

We examine some of the key issues facing radio network design engineers as they set about
planning third generation networks in urban areas. 3G networks have one major difference …

5G network is anticipated to meet the challenging requirements of mobile traffic in the
2020's, which are characterized by super high data rate, low latency, high mobility, high …

To meet the ever increasing demand of wireless services for high data rates and mobility,
mobile communication systems have evolved from the first generation cellular network to the …

The 5G Quality-of-Service (QoS) objectives con-tributed to the Heterogeneous Cellular
Network (HCN) evolution, dictating that applications can rely on low-latency and high …

Code division multiple access (CDMA) cellular systems have advanced features, services,
and cost benefits over traditional cellular and cordless technologies. Multi-layer CDMA …

The rapid increase in heterogeneous data traffic with the ongoing development of self-
organizing and self-sustaining networks exposes the limitations of the fifth generation (5G) …