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Toward self-sustainable cooperative relays: state of the art and the future

机译:迈向自我可持续的合作继电器:最新技术和未来

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摘要

Cooperative relaying has been recognized as a promising technique to exploit spatial diversity gain using simple hardware, but it may barely fall in the class of green communications because extra power is consumed for information relaying. Recent advances in energy harvesting devices have paved the way for self-sustainable relays that power themselves by replenishing ambient energy without wires. This article examines the current progress of EH relays with special emphasis on wireless power transfer through RF signals that carry both information and energy at the same time. In this context, information relaying and EH are two tightly coupled processes, and practical constraints of EH devices pose new challenges to self-sustainable relays. This article addresses these issues and points out future research directions.
机译:协作中继已被认为是使用简单硬件开发空间分集增益的有前途的技术,但由于信息中继会消耗额外的功率,因此它几乎不属于绿色通信类别。能量收集设备的最新进展为可自我维持的继电器铺平了道路,该继电器可通过不使用电线来补充环境能量来为自身供电。本文研究了EH继电器的最新进展,特别着重于通过同时承载信息和能量的RF信号进行无线功率传输。在这种情况下,信息中继和EH是两个紧密耦合的过程,而EH设备的实际约束对自持中继提出了新的挑战。本文解决了这些问题,并指出了未来的研究方向。

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