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Flicker Free Optical Camera Communication for Cameras Capturing 30 Frames per Second

机译:无闪烁光学相机通信,可每秒捕获30帧相机

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摘要

LEDs tend to become the conventional lighting solutions. Their property of being able to be quickly switched on and off inspired scientists to develop new communication systems, like Visible Light Communication (VLC), in which the transmitter is usually represented by LEDs and the receiver by photodetectors. Optical Camera Communications (OCC) is similar to VLC, but the receiver is an image sensor. A great challenge in OCC is to design a communication system that can use low frame rate cameras while avoiding the occurrence of light flickering at the transmitter. This paper proposes and experimentally validates an OCC solution that uses a camera capturing 30 frames per second as receiver, does not produce flickering at the transmitter, and, moreover, does not require a transmitter-receiver synchronization.
机译:LED倾向于成为常规的照明解决方案。它们具有能够快速开启和关闭的特性,激发了科学家开发新的通信系统的能力,例如可见光通信(VLC),在该系统中,发射器通常由LED表示,接收器通常由光电探测器表示。光学相机通信(OCC)与VLC相似,但接收器是图像传感器。 OCC中的一个巨大挑战是设计一种通信系统,该系统可以使用低帧速摄像机,同时避免在发射机处发生光闪烁。本文提出并通过实验验证了一种OCC解决方案,该解决方案使用每秒捕获30帧的摄像机作为接收器,不会在发送器上产生闪烁,并且不需要发送器-接收器同步。

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