As radio access technologies, processing speeds, and multimode interfaces of low-powered
portable devices continue to advance, the future of wireless communication is envisioned to …

The ability of mobility management to provide seamless communication and better quality of
service (QoS) to the multiservice multimode mobile node (MMMN), which can run multiple …

As the global data traffic has significantly increased in the recent year, the ultra-dense
deployment of cellular networks (UDN) is being proposed as one of the key technologies in …

Technological advances in heterogeneous wireless networks require the optimized solution
for network selection problem considering user, network, and service context. To solve this …

The evolution of 5G small cell networks has led to the advancement of vertical handover
decision-making algorithms. A mobile terminal (MT) tends to move from one place to another …

The convergence of heterogeneous wireless access technologies characterizes the 4G
wireless networks. In such converged systems, the seamless and efficient handoff between …

Moving to the next generations of mobile networks means to deal with multi-heterogeneous
network dense deployment as there will be no single network type capable of meeting all the …

Abstract The Internet of Things (IoT) requires seamless mobility and services with low power
consumption, low packet loss ratio, ultra-low latency, and high reliability. Ultra-dense …

Heterogeneous network concept was introduced to satisfy the demands of network's traffic
capacity and data rate. It consists of multiplatform networks with various radio access …

It is expected that next-generation wireless networks will provide a plethora of mobile
wireless services to users and ubiquitous network coverage at all times. Meeting these …