Separating data and control planes by Software-Defined Networking (SDN) not only handles
networks centrally and smartly. However, through implementing innovative protocols by …

Flying Ad-hoc Networks (FANETs) use 5G network access technologies to fulfill the
requirements of their services. In this environment, Drone to Infrastructure (D2I) …

New 5G technology enables network connectivity for innumerable IoT, mobile, and sensor
devices. This massive involvement of tremendous devices with diverse architectures creates …

With the rapid development of communication technology, vehicular communications
systems are evolving to Intelligent Transportation System (ITS) by providing its wireless …

We consider a fully-decoupled radio access network (FD-RAN), where base stations (BSs)
are physically decoupled into control BSs, uplink BSs and downlink BSs, and multi …

The densified deployment of heterogeneous networks coexisting with a variety of
overlapping cells has emerged as a viable solution for next generation wireless networks …

Aerial networks have enormous potential to assist terrestrial communications under heavy
traffic requests for a predictable duration. However, such potential for improving both the …

Driven by the ever-increasing amount of mobile data, cellular networks evolve from small
cell network to ultra-dense heterogeneous networks, to provide high system capacity and …

Automated driving has the same limitations as human drivers because it functions as a
replacement for humans and operates based on local information using onboard sensors …

5G networks are more reliable than the widely used 4G network. They have extremely low
latency and greater capacity. Apart from these benefits, 5G networks have speeds ranging …