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Human-Robot Interface over the Web Based Intelligent System | Science Publications

机译:基于Web的智能系统上的人机界面科学出版物

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摘要

> This research extends the capability for the new technology platform by Remote Data Inspection System (RDIS) server from Furukawa Co., Ltd. Enabling the integration of standard Hypertext Markup Language (HTML) programming and RDIS tag programming to create a user-friendly “point-and-click” web-based control mechanism. The integration allows the users to send commands to mobile robot over the Internet. Web-based control enables human to extend his action and intelligence to remote locations. Three mechanisms for web-based controls are developed: Manual remote control, continuous operation event and autonomous navigational control. In the manual remote control the user is fully responsible for the robot action and the robot do not use any sophisticated algorithms. The continuous operation event is the extension of the basic movement of a manual remote control mechanism. In the autonomous navigation control, the user has more flexibility to tell the robot to carry out specific tasks. Using this method, mobile robot can be controlled via the web, from any places connected to the network without constructing specific infrastructures for communication.
机译: >该研究通过Furukawa Co.,Ltd.的远程数据检查系统(RDIS)服务器扩展了新技术平台的功能。使标准超文本标记语言(HTML)编程和RDIS标签编程的集成成为可能。创建用户友好的“点击式”基于Web的控制机制。集成允许用户通过Internet将命令发送到移动机器人。基于Web的控制使人类可以将其行动和情报扩展到远程位置。开发了基于Web的控件的三种机制:手动远程控制,连续操作事件和自主导航控制。在手动远程控制中,用户对机器人的动作负全部责任,并且机器人不使用任何复杂的算法。连续操作事件是手动遥控机制的基本动作的扩展。在自主导航控制中,用户具有更大的灵活性来告诉机器人执行特定任务。使用此方法,可以从Web上的任何地方通过网络控制移动机器人,而无需构建用于通信的特定基础结构。

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