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Purposeful Suppression and Reconstruction of White Light from LED for Improvement of Communication Properties

机译:有目的地抑制和重建LED产生的白光,以改善通信性能

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Visible Light Communication (VLC) technology uses white Light Emitting Diodes (LED) for providing illumination and communication at the same time. White LEDs have excellent illumination properties but their communication properties need improvement. This article proposes a way how to evade the communication limitations of white LEDs. A~part of original white LED spectrum is suppressed by an optical filter. Then the suppressed part is replaced by another LED. The correct choice of suitable LED enables to reconstruct the original spectrum. This solution removes the limitations because the white LED emits continuously. Data are carried by the communication LED only. The evaluation of reconstruction of original white light is measurement of the colour coordinates x and y. Furthermore, the communication properties of this transmitter were tested and obtained results are shown in this paper. EVM parameter was measured.
机译:可见光通信(VLC)技术使用白光发光二极管(LED)同时提供照明和通信。白光LED具有出色的照明特性,但其通信特性需要改进。本文提出了一种规避白色LED通信限制的方法。原始白光LED光谱的一部分被滤光片抑制。然后,被抑制的部分被另一个LED取代。正确选择合适的LED可以重建原始光谱。该解决方案消除了限制,因为白色LED连续发光。数据仅由通信LED承载。重建原始白光的评估是颜色坐标x和y的测量。此外,对该发射机的通信特性进行了测试,并在本文中显示了获得的结果。测量了EVM参数。

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