… cases, wireless sensor nodes inherently consume much more power as nodes must form
an ad-hoc network to relay the data from neighboring nodes to base-stations; therefore, more …

… RF power from the power beacons. Each transmit antenna in a power beacon emits an RF
signal for wireless power … antennas is measured by a network analyzer. In Fig. 2, we show the …

… of a ZigBee network that monitors the bees in a beehive. This includes power hungry nodes
to … However, in this we focus on the energy efficiency of power-harvesting beacons that …

… employs PB at the BS to power the battery-less IoT devices in assisting the communication.
… IN harvests energy from the power beacon to power the relay transmission. Unlike the exist…

… systems, etc. iii) IoT devices have a limitation of power so always perform the data aggregation
to avoid repeated data transmission over the network. Always perform transmission of …

… (bi − φidi) is the average harvested power of user i from AP beacons, minus the power
consumed during deep sleep. By design and according to Proposition 1, ρ can be selected such …

… BLE beacons, with their low power operation capability, in the IoT … Recognizing the promising
features of BLE beacons for IoT … interacting with a beacon network with two beacons, and …

… We assign an initial energy of 100 J and beacon interval of … power consumed by routing
for Internet of Things. In particular, routing protocols proposed for ad hoc and sensor networks …

… , especially for future applications and technology such as the Internet of Things (IoT) and
the Internet of Everything (IoE) [1,2,3,4,5,6,7]. Over the last decade, many studies investigated …

… mobile beacon to assist positioning and prolong the network lifetime. In this respect, the
mobile … Her research interests include mobile networks, Millimeter wave networking, IoT and …