… power beacons (CPB) power transfer, where all PBs transfer … D2D communication in
cellular networks, where the energy constrained D2D transmitter (Alice) communicates with D2D …

… D2D communication in cellular networks, where the energy constrained D2D transmitter (Alice)
communicates with D2D … best power beacon (BPB) power transfer policy in the power …

… a power beacon. The contributions of this paper are listed as follows: • We model a novel D2D
communication for IoT networks … a power beacon, and then it uses the harvested energy to …

… assistance and briefly compare the concept to WiFi and ZigBee, currently used technologies
for the formation of ad-hoc networks. We analyze the energy consumption of the beacon …

… , the energy efficiency of D2D communications is further improved. For the interested hybrid
networks, … the sufficient probability that a typical D2D transmitter harvests sufficient energy for …

… analysis of a device-to-device (D2D) communication network under an eavesdropper E …
D, adopting the power beacon's energy to surmount the limited energy budget. Moreover, to …

… energy transfer is exploitted to support D2D communication,. In particular, we consider a
PB-assisted wireless network … protocol, ie, they harvest energy from the aggregate RF signal …

… higher computational power and memory … D2D networks for the UEs upon the reception of
a D-beacon. To do so we tag a reference r-UE and we assume that it can join the D2D network …

… performance of the energy harvesting-based D2D networks in the presence of interference
and ambient RF sources. The D2D transmitter harvests energy from power beacon and the …

… D2D communication can not only effectively reduce traffic loads to the core network but also
reduce power … In [5-8], power-saving devices transmit beacons randomly so as to make a …