The staggering growth of mobile traffic fostered by the spreading of 5G technology and
massive Internet of Things applications is leading to the need for extensive radio access …

This study focuses on the downlink (DL) transmission of massive multiple-input-multiple-
output (MIMO) with the support of simultaneous wireless information and power transfer …

To develop the energy efficient of 6G networks, the fog radio access network (F-RAN) is
expected to meet various use cases of high-performance mobile services. Although network …

In this paper, we investigate low-complexity and adaptive digital predistorsion (DPD)
techniques in order to enhance wireless communication system latency, complexity and …

The heterogeneous network (HetNet) is a specified cellular platform to tackle the rapidly
growing anticipated data traffic. From a communications perspective, data loads can be …

The extensive densification of mobile networks is increasing the network energy
consumption and leading to remarkable economical and sustainability concerns. At the …

In this paper, we study a meta-learning based neural network (NN) model to enhance the
energy-efficiency related to power amplification in wireless communication systems …

The development of future wireless access networks often results in very high energy
consumption. To reduce this consumption, decision-makers (DM) minimize the number of …

In order to adapt to the change of mobile service needs, a base station sleep method
combining long cycle and short cycle style is proposed to realize energy saving in …

Abstract 5G networks must reduce network overhead while meeting user needs. Based on
the flow model, this paper jointly optimizes the user association and power control in cellular …