In a wireless powered communication network (WPCN), sensor nodes harvest energy to
transmit information. By a harvest‐then‐transmit (HT) protocol, nodes can be classified into …

This paper proposes a distributed energy-harvesting random access protocol called harvest-
or-access by applying slotted ALOHA to wireless powered communication networks …

In this paper, we consider a relay-enabled wireless-powered communication network
(WPCN), consisting of a relay-hybrid access point (RHAP), harvesting and transmitting …

In this paper, we consider a wireless powered communication (WPC) network consisting of
one hybrid access point (H-AP) and K wireless nodes. The H-AP broadcasts wireless energy …

In this paper, we consider a network where an access point (AP) wirelessly transfers energy
to user equipments (UEs) and UEs use the harvested energy to communicate with the AP …

Wireless sensor networks (WSNs) are used in many surveillance tasks, such as air quality
monitoring and control systems, smart building, smart agriculture, and habitat monitoring …

In a wireless powered sensor network, a base station transfers power to sensors by using
wireless power transfer (WPT). Inadequately scheduling WPT and data transmission causes …

Wireless powered communication (WPC) is able to provide wireless devices (WDs)
practically infinite energy by using the radio frequency energy harvesting technique. The …

A Wireless Sensor Network (WSN), a combination of autonomous devices, with the
properties of sensing, processing and communication, cooperatively monitor physical and …

This paper proposes a large-scale wireless powered communication network (WPCN),
which consists of a hybrid access point (H-AP) and numerous nodes. The H-AP broadcasts …