Mobility management is essential in mobile communication networks to provide a smooth
connection during users' mobility. Handover control parameters (HCPs), such as handover …

It is envisaged that 5G can enable many vehicular use cases that require high capacity, ultra-
low latency and high reliability. To support this, 5G proposes the use of dense small cells …

Handover (HO), as a key aspect of mobility management, plays an important role in
improving network quality and mobility performance in mobile networks. Especially, in 5G …

In this paper, we develop a new mobility-aware handover algorithm for users in microwave
and millimeter wave (mmWave) heterogeneous networks. The proposed handover algorithm …

Millimeter wave (mmWave) has been recognized as one of key technologies for 5G and
beyond networks due to its potential to enhance channel bandwidth and network capacity …

In the 5G network, dense deployment and millimetre wave (mmWave) are some of the key
approaches to boost network capacity. Dense deployment of mmWave small cells using …

One of the most anticipated approaches to overcoming the uncertainty of millimeter wave
(mmWave) network is the deployment of ultra-dense small-cells in future fifth generation …

In future 5G communication systems, the mm-wave transmission is considered as a key
solution to fulfill the growing demands in mobile traffic. To overcome the high propagation …

By 2020, the global mobile data traffic will reach 30.6 exabytes per month. Hence,
microwave bands will become saturated and insufficient to deliver that increment of data …

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 …