Robot's remote real-time navigation controlled by smart phone

Qian Wang, W. Pan, Mo Li
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引用次数: 8

Abstract

This paper realizes robot remote real-time navigation system by using smart phone. The smart phone was used for the displayer and command receiver, and the control commands and compressed video stream was transmitted on Internet between the robot and smart phone, thus a real-time video feedback was developed. According to the situation of communication, the sending frame rate of the video and robot's velocity were adjusted automatically. Furthermore an obstacles picture and shake were designed on the smart phone to warm the dangerous closeness between robot and obstacles. Therefore, the security of the robot was enhanced and the defects were overcome that limited computational power, display screen, communication bandwidth and large network delay. Proved by experiment, this robot real-time navigation system was portable, flexible, simple to use and can be used anywhere at any time.
机器人的远程实时导航由智能手机控制
本文利用智能手机实现了机器人远程实时导航系统。以智能手机作为显示器和命令接收器,通过互联网在机器人和智能手机之间传输控制命令和压缩视频流,从而实现实时视频反馈。根据通信情况,自动调整视频的发送帧率和机器人的速度。在智能手机上设计障碍物图像和震动,对机器人与障碍物之间的危险亲密感进行警示。从而提高了机器人的安全性,克服了计算能力有限、显示屏幕有限、通信带宽有限、网络时延大的缺陷。实验证明,该机器人实时导航系统便携、灵活、使用简单,可随时随地使用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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