Titlebook: Integrated Data and Energy Transfer in Wireless Networks; Jie Hu,Kun Yang Textbook 2024 The Editor(s) (if applicable) and The Author(s), u

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Jie Hu,Kun Yangory provision has, however, raised several important questions about the way CSR is perceived and implemented. The proposed research intends to look at a few such issues; such as (1) whether such mandatory provisions have diluted the voluntary spirit inherent in CSR, (2) whether there is any differe

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Introduction,both the academic and industrial communities. Although the inductive coupling and magnetic resonance based charging techniques are indeed capable of supplying energy in a wireless manner, they tend to restrict the freedom of movement. By contrast, radio frequency (RF) signals are capable of supplyin

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Coding Controlled Integrated Data and Energy Transfer,ternet of Things (IoT) devices. Extensive efforts have been invested in physical layer and medium-access-control layer design for integrating both wireless data transfer (WDT) and wireless energy transfer (WET) in RF bands. Different from the existing works, we study the coding controlled integrated

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Data and Energy Beamforming with Multiple Antennas,h-throughput, massive antennas for efficient signal transmission, highly directional beams for overcoming channel attenuations and high degree of freedom for signal processing. Therefore, we investigate transceiver design in a multi-user mmWave MIMO system for integrated data and energy transfer (ID

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Multidimensional Resource Allocation for Integrated Data and Energy Transfer,ink wireless energy transfer (WET) and uplink information collection, which yields a classic wireless powered communication network (WPCN). These UEs harvest energy from downlink radio frequency (RF) signals in order to power their own uplink wireless data transfer (WDT). However, the uplink informa

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Access Control for Energy Constrained Devices,tteryless wireless devices. Battery-powered and batteryless wireless devices with the capability of RF energy harvesting need a distributed access control protocol with collision avoidance to achieve higher energy efficiency. We study the performance of a data and energy integrated network (DEIN) th

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Data and Energy Integrated Wireless Networking,since frequently replacing their batteries is a cumbersome job. An hybrid access point (H-AP) is capable of simultaneously operating wireless data transfer (WDT) and wireless energy transfer (WET) by exploiting the radio frequency (RF) signals. By jointly considering both the mobility of the user an