Wireless networking using GHz or THz spectra has encouraged mobile service providers to
deploy small cells to improve link quality and cell capacity using mmWave backhaul links. As …

Small cells are a promising technique to improve the capacity and throughput of future
wireless networks. However, user association and power allocation in heterogeneous …

Large bandwidth and more mobility are only two reasons why wireless and mobile networks
are fast overtaking wired ones as the preferred mode of connectivity. Heterogeneous …

Heterogeneous ultra-dense networking (HUDN) with energy harvesting technology is a
promising approach to deal with the ever-growing traffic that can severely impact the power …

Increased network traffic demands have led to ex-tremely dense network deployments. This
translates to significant growth in energy consumption at the radio access networks …

Green wireless communications have been extensively studied in wireless sensor networks
(WSNs), including the use of new energy, renewable energy, and low-power consumption …

The next generation wireless networks (NGWNs) of a base station (BS) with ultra-high dense
user equipment's deployment are studied. To extend the coverage area and increase the …

This paper studies the problem of joint power allocation and user association in wireless
heterogeneous networks (HetNets) with a deep reinforcement learning (DRL)-based …

The dense deployment of small-cell networks is a key feature of the next-generation mobile
networks employed to provide the necessary capacity increase. The small cells are installed …

Heterogeneous networks (HetNets) have been regarded as the key technology for fifth
generation (5G) communications to support the explosive growth of mobile traffics. By …