LED strip lighting can provide high quality uniform shadow-free diffuse lighting at low cost as numerous emission sources are controlled by a single transformer. Organic LEDs offer the additional advantages of UV free emission and, for visible light communication, picosecond fluorescent lifetimes allowing the whole visible spectrum to be used without filters. Using parameters determined experimentally for solid-state LED strip lighting and fluorescent lifetimes typical of organic phosphors as the input for a Monte Carlo based ray-tracing simulation, we evaluate the potential bandwidths obtainable for indoor communication. Our work suggests that raw data transfer rates of 4 to 10 Mbps are obtainable in a standard 5m by 5m by 3m room compatible with Internet of Things (IoT) applications.

中文翻译：

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利用有机颜色转换器实现非视线可见光通信的固态LED灯带的潜力

LED条形照明可以低成本提供高质量，均匀，无阴影的漫射照明，因为许多发射源由单个变压器控制。有机LED提供了无紫外线发射的其他优点，并且对于可见光通信，皮秒荧光灯的寿命使得无需过滤器即可使用整个可见光谱。使用通过实验确定的固态LED灯带照明的参数和有机磷典型的荧光寿命作为基于蒙特卡洛的光线跟踪模拟的输入，我们评估了室内通信可获得的潜在带宽。我们的工作表明，在与物联网（IoT）应用程序兼容的5m x 5m x 3m的标准房间中，可获得4至10 Mbps的原始数据传输速率。