This paper explores the age-energy region in a wireless powered communication network
(WPCN), where an Internet of things (IoT) device works in a “harvest-then-transmit” protocol …

This paper investigates the age of information (AoI) for a radio frequency (RF) energy
harvesting (EH) enabled network, where a sensor first scavenges energy from a wireless …

This paper investigates the age of information (AoI) for a radio frequency (RF) energy
harvesting (EH) enabled network, where a sensor first scavenges energy from a wireless …

This paper studies how to maintain real-time data freshness in the emerging wireless
powered communication networks (WPCNs). In a WPCN, one or multiple hybrid access …

Wireless powered communication technology has a great potential to power low-power
wireless sensor networks and Internet of Things (IoT) for real-time applications in future 5G …

This paper investigates the age of information (AoI) and energy efficiency of wireless
powered industrial Internet of Everything (IIoE) network, where multiple low-power IIoE …

This paper characterizes the structure of the Age of Information (AoI)-optimal policy in
wireless powered communication systems while accounting for the time and energy costs of …

This paper investigates the efficient cooperation in wireless-powered communication
networks, where an access point (AP) and multiple helpers first together charge up a sensor …

In this paper, we focus on buffer-aided wireless powered Internet of Things (IoTs) comprising
of one wireless access point (AP) and multiple devices, where the AP provides energy to all …

In this work, we study an energy harvesting (EH)-enabled low-latency communication
network where a full-duplex server continuously performs wireless power transfer (WPT) to a …