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Indoor optical wireless communications: recent developments and future challenges

机译:室内光无线通信:最新发展和未来挑战

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Wireless communications is facing the challenges of a predicted 'explosion' in the number of wireless devices, demand for higher capacity, and the need to reduce power consumption in order to lower greenhouse gas emissions. Optical Wireless (OW) communications may have a part to play in helping to achieve these aims.rnHigh speed line of sight optical wireless systems have the potential to provide a low complexity alternative to high frequency RF wireless communications, and may offer lower energy consumption. Visible light communications is also a growing area of interest. Low energy solid-state lighting sources can be modulated to provide data communications, and this can augment the communications provided by other wireless techniques.rnIn this paper we review progress in these areas. Examples and results from systems will be reported, together with future directions and challenges..
机译:无线通信面临着以下挑战:无线设备数量预计将“爆炸”,对更高容量的需求以及降低功耗以减少温室气体排放的需求。光学无线(OW)通信可能在帮助实现这些目标中发挥作用。高速视线光学无线系统有潜力提供低复杂度的替代射频RF无线通信,并且可以降低能耗。可见光通信也是人们越来越感兴趣的领域。可以对低能耗固态照明源进行调制,以提供数据通信,这可以增强其他无线技术提供的通信。在本文中,我们回顾了这些领域的进展。系统的示例和结果,以及未来的方向和挑战将得到报告。

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