Directional‐discontinuous reception (D‐DRX) is proposed for millimetre‐wave enabled fifth‐
generation communications. In addition to conventional active, short‐sleep and long‐sleep …

For mmWave directional air interface expected in 5G communications, current discontinuous
reception (DRX) mechanisms would be inadequate. Beam searching, for alignment of …

Emerging mmWave enabled 5G wireless communications, offer tremendous increase in
data demands and better quality expectations. However, high mmWave frequencies call for …

The millimeter wave (mmWave)‐enabled 5G wireless networks can meet the increasing
demands of data rates and mobile subscriptions. However, the mmWave wireless networks …

Discontinuous reception (DRX) techniques have successfully been proposed for energy
savings in 4G radio access systems, which are deployed on legacy 2GHz spectrum bands …

In the fifth-generation (5G) wireless communication system, the Discontinuous Reception
(DRX) is indispensable to user equipment (UE) to support evolved technologies. However …

Summary Fifth‐generation (5G) networks deal with high‐frequency data rates, ultra‐low
latency, more reliability, massive network capacity, more availability, and a more uniform …

In recent years, energy efficiency has become a major cause of concern in mobile networks.
The overwhelming applications and services provided by the evolving fifth‐generation (5G) …

To meet the explosive growth of mobile traffic, it is necessary to guarantee high data rate in
today's communication system. One of the methods to support high data rate is to use wide …

The Dual connectivity (DC) technology is a robust solution for Internet service providers
(ISP) to evolve their legacy infrastructures with less cost to speed up the progress of fifth …