Sistem Kontrol Robot Pengintai Berbasis Video Sender

Sakur Sakur, A. Ubaidillah
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引用次数: 3

Abstract

The development of industrial technology has caused the transition of the use of human and animal power to be replaced by mechanical technology and robots. One of them is the fourth industrial revolution or industry 4.0 that occurred in 2012, industry 4.0 introduced the Cyber-Physical production process, this Industry 4.0 leads to an internet-based or wireless network manufacturing process, the use of this technology is not only limited to communication but also remote control that is quite far away. Therefore, it is a challenge for the nation's children who are already engaged in this technology, so researchers designed a tank-shaped surveillance device that can be controlled remotely which has several advantages, one of which is that it can be used in a dangerous place or place which is at high risk for humans when entering it, this robot can be controlled remotely using telemetry as its control and equipped with a monitoring camera or monitiring to complete the performance of the surveillance robot connected to the sender audio video module as the sender and receiver of audio video data displayed on the screen monitor, in carrying out the tasks of this robot is more flexible and also for the controller does not have to go directly to the location because the system has been controlled remotely so it does not take time and energy, and also the robot is equipped with a clamp or gripper that can take and put goods. The level of success in this design is 97.50%
基于视频Sender的无人机控制系统
工业技术的发展造成了人力和畜力使用的过渡,由机械技术和机器人代替。其中之一是2012年发生的第四次工业革命或工业4.0,工业4.0引入了信息物理生产过程,这种工业4.0导致了基于互联网或无线网络的制造过程,这种技术的使用不仅限于通信,还包括远程控制。因此,对于已经从事这项技术的全国儿童来说,这是一个挑战,所以研究人员设计了一种可以远程控制的坦克形状的监视设备,它有几个优点,其中之一是它可以在危险的地方或人类进入时处于高风险的地方使用,本机器人可采用遥测技术作为其控制手段进行远程控制,并配有监控摄像头或监控完成监控机器人的性能,连接发送者音视频模块作为发送者和接收者,将音视频数据显示在屏幕监视器上。在执行任务时,这个机器人更加灵活,控制器也不必直接去到位置,因为系统是远程控制的,所以它不需要花费时间和精力,而且机器人还配备了一个夹子或夹持器,可以拿取和放货物。本设计的成功率为97.50%
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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