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Design and implementation of a robotic vehicle with real-time video feedback control via internet

机译:通过互联网进行实时视频反馈控制的机器人车辆的设计与实现

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This paper illustrates on an approach to control a robotic vehicle using internet as communication medium between user and robotic vehicle. Conventionally wireless robots have the drawbacks of limited working range, limited frequency range and limited control. But internet can overcome these limitations with the help of DTMF decoder IC and a preprogrammed microcontroller IC that control the movement of the robotic vehicle according to output sent from DTMF decoder. The outstanding feature of this implemented robotic vehicle is use of tilt sensor that keeps controlling of the robotic vehicle unaffected upon tilting more than 90 degree.
机译:本文说明了一种使用互联网作为用户与机器人车辆之间的通信介质来控制机器人车辆的方法。常规地,无线机器人具有工作范围受限,频率范围受限和控制受限的缺点。但是,互联网可以借助DTMF解码器IC和预编程的微控制器IC克服这些限制,这些IC根据DTMF解码器发送的输出来控制机器人车辆的行驶。这种实现的机器人车辆的突出特点是使用倾斜传感器,该传感器在倾斜超过90度时不会影响对机器人车辆的控制。

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