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Indoor Optical Wireless Systems: Design Challenges, Mitigating Techniques and future Prospects

机译:室内光无线系统:设计挑战,缓解技术和未来前景

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摘要

The need for easy, reliable and fast connectivity is a growing requirement of today's short-range indoor communication systems, such as wireless local area networks (LANs). The requirement is for a communication medium that has high speed, low cost, and low power consumption. Optical wireless (Infrared) and radio are both viable solutions, but the promise of high unregulated bandwidth at a low cost makes optical wireless an attractive technical alternative. The goal of optical wireless system designers is to achieve reliable wireless connectivity between any devices in a network. This paper reviews the research efforts to date in the field of indoor optical wireless communications and identifies the technical obstacles and limitations of infrared (IR) medium. The methods of mitigating the inherent problems associated with the medium have also been discussed.
机译:对简单,可靠和快速连接的需求是当今短距离室内通信系统(例如无线局域网(LAN))的日益增长的需求。需要一种具有高速,低成本和低功耗的通信介质。光学无线(红外)和无线电都是可行的解决方案,但是以低成本提供高不受管制的带宽的前景使光学无线成为有吸引力的技术替代方案。光学无线系统设计人员的目标是在网络中的任何设备之间实现可靠的无线连接。本文回顾了迄今为止在室内光无线通信领域的研究成果,并指出了红外(IR)介质的技术障碍和局限性。还讨论了缓解与介质相关的固有问题的方法。

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