Titlebook: Wireless Power Transfer Algorithms, Technologies and Applications in Ad Hoc Communication Networks; Sotiris Nikoletseas,Yuanyuan Yang,Apos

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Trade-Offs in Wireless Powered Communicationsgy efficiency, and fairness and we present and discuss the solution of several optimization problems, considering different scenarios for the network consistence, the adopted protocol, and the energy arrival knowledge. We show that all optimization problems can be solved using convex optimization, a

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Simultaneous WPT and Wireless Communication with TDD Algorithm at Same Frequency Bands chapter investigated wireless power transfer (WPT) via radio wave or microwave for a batteryless and wireless sensor network. In this study, a WPT assisted ZigBee was proposed as a low power wireless sensor. In particular, to suppress the interference between the WPT and the wireless communication

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GROWL

Energy-Efficient Cooperative Transmission for SWIPT in Wireless Sensor Networks where energy-constrained relay nodes harvest the ambient radio frequency (RF) signal and use the harvested energy to forward the packets from sources to destinations. To this end, we first formulate the energy-efficient cooperative transmission (eCotrans) problem for SWIPT in clustered wireless sen

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Strategies for Wireless Recharging in Mobile Ad-Hoc Networksy should a Mobile Charger follow in order to efficiently recharge agents that are randomly and dynamically moving inside an area of interest. We first formally define this problem as the Charger Traversal Decision Problem and prove its computational hardness. We then define a weighting function whic