首页> 外文期刊>International Journal of Robotics & Automation >DEVELOPMENT OF A WIRELESS COMMUNICATION NETWORK FOR MONITORING AND CONTROLLING OF AUTONOMOUS ROBOTS
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DEVELOPMENT OF A WIRELESS COMMUNICATION NETWORK FOR MONITORING AND CONTROLLING OF AUTONOMOUS ROBOTS

机译:用于监控和控制自主机器人的无线通信网络的开发

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This paper describes an application of wireless network using XBee modules and PC with Matlab for communicating, monitoring, and controlling autonomous robots. The main idea of this paper is the use of XBee modules for the wireless network connecting autonomous robots and connecting to Matlab in PC as the control centre. The new Matlab 2017 version supports updated graphical user interfaces and allows monitoring online the remote robots via cameras installed on them. The microcontroller on robots is used with LPC-H2148 which has two serial ports: one port for an XBee and the other port for a SIM card. The system with smart sensors, microcontrollers, XBee modules, and Matlab in PC provides a low-cost, low-energy consumption, and very strong data process ability to support the microcontrollers. Matlab can be used to store and process data, and then send back the calculated results to the robots. This system also allows the users monitoring and controlling the robots from their smart phones.
机译:本文介绍了使用Xbee模块和PC使用MATLAB进行通信,监控和控制自治机器人的应用程序的应用。本文的主要思想是使用Xbee模块为无线网络连接自主机器人并在PC中连接到MATLAB作为控制中心。新的MATLAB 2017版本支持更新的图形用户界面,并允许通过安装在其上的摄像机在线监控远程机器人。机器人上的微控制器与LPC-H2148一起使用,LPC-H2148具有两个串行端口:用于XBEE的一个端口和SIM卡的其他端口。 PC中具有智能传感器,微控制器,XBEE模块和MATLAB的系统提供了低成本,低耗耗,以及支持微控制器的非常强大的数据流程能力。 MATLAB可用于存储和处理数据,然后将计算结果发送给机器人。该系统还允许用户从智能手机监控和控制机器人。

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