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Multi-input multi-output (MIMO) indoor optical wireless communications

机译:多输入多输出(MIMO)室内光无线通信

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Indoor optical wireless systems often use arrays of transmitters and receivers to achieve high data rates. MIMO offers the potential to use these components to transmit data in parallel between multiple sources and detectors. The slowly varying incoherent communications channel can be measured using straightforward techniques, and resulting channel matrix used to recover data that is transmitted in parallel from a number of sources. In this paper we report results from several preliminary indoor communications experiments. A four channel MIMO system that uses white light LEDs for communication (and associated illumination) is described, as well as experiments in a diffuse environment, using infra-red sources. Design issues, as well as future opportunities and challenges are also discussed.
机译:室内光学无线系统通常使用发射器和接收器的阵列来实现高数据速率。 MIMO提供了使用这些组件在多个源和检测器之间并行传输数据的潜力。可以使用简单的技术来测量缓慢变化的非相干通信信道,并将所得的信道矩阵用于恢复从多个源并行传输的数据。在本文中,我们报告了一些初步的室内通信实验的结果。描述了一种使用白光LED进行通信(和相关照明)的四通道MIMO系统,以及使用红外光源的漫射环境中的实验。还讨论了设计问题以及未来的机遇和挑战。

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