Recently, the newly emerging wireless powered communication network (WPCN) has drawn
significant interests, where the network nodes are powered by the energy harvested from the …

The invention of batteries made it possible to store electricity for many purposes. One of the
purposes is to keep the operations of WSN running without any interruptions. The main …

This article considers the unmanned-aerial-vehicle-enabled wireless powered
communication networks (UAV-enabled WPCN) where one UAV plays the role of hybrid sink …

Abstract Non Orthogonal Multiple Access (NOMA) and energy harvesting are two widely
used concepts to improve the performance of Wireless Sensor Networks. In this paper, we …

This study presents novel approaches to the allocation of resources in Internet-of-Things
sensor network (IoTSN) systems applied to water-quality monitoring for optimal and more …

In this paper, a new approach to energy harvesting and data transmission optimization in a
heterogeneous-based multi-class and multiple resource wireless transmission wireless …

This paper considers the wireless powered communication networks (WPCNs) where one
hybrid sink (H-sink) coordinates the wireless energy/information transmissions to/from a set …

This article considers channel access in a radio frequency (RF) powered Internet of Things
network that consists of a successive interference cancellation (SIC) capable hybrid access …

Radio‐frequency (RF) energy harvesting is one promising technology to power the nodes in
wireless networks. This study focuses on large‐scale wireless powered communication …

In the battery‐free wireless sensor network (BF‐WSN) that harvests radio signal energy,
data delivery suffers from a longer delay arising from the energy‐harvesting period. It is …