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首页> 外文期刊>Indian Journal of Science and Technology >A Telepresence Mobile Robot Controlling and Real Time Detection using Internet of Things
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A Telepresence Mobile Robot Controlling and Real Time Detection using Internet of Things

机译:使用物联网的网真移动机器人控制和实时检测

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Objective: Today, the field of versatile mechanical tele presence is in fast development, with an expanding measure of business frameworks and quick extensions. Methods: There are two techniques to control the robot in which one is a wired and the other is wireless. Customarily, they are called as LAN and IOT. An advanced mobile phone individual hotspot is used to control and screen the robot. Consequently, the Raspberry Pi board and PC are associated with advanced mobile phone. Findings: With a specific end goal to upgrade the client's capacity to remotely convey, control and feel present in a remote domain, the emphasis is more on 1. Semi-independent robot control 2. Situation mindfulness by ongoing face identification 3. People following or individual’s collaboration along these lines utilizing Raspberry Pi model B as a part of which a robot is controlled through wired innovation and web of things which has boundless scope territory and the robot can be controlled more than a few million kilometers furthermore offloads some calculation on the cloud. Applications: The clients may be able to influence remote regions such that the robot position, activities, developments and so forth are detected, and transmitted.
机译:目标:如今,多功能机械远程办公领域正在快速发展,其业务框架和快速扩展的规模不断扩大。方法:有两种控制机器人的技术,一种是有线的,另一种是无线的。通常,它们被称为LAN和IOT。高级手机个体热点用于控制和筛选机器人。因此,Raspberry Pi板和PC与高级手机相关联。调查结果:最终目标是提高客户远程传达,控制和感觉到远程区域中的内容的能力,重点更多地放在1.半独立的机器人控制2.通过持续的面部识别来注意情况3.人们跟随或通过使用Raspberry Pi模型B沿这些路线进行个人协作,通过有线创新和物联网来控制机器人,该机器人具有无限范围的领域,并且可以控制超过几百万公里的机器人,而且还减轻了云计算的负担。应用:客户可能能够影响偏远地区,以便检测并传输机器人的位置,活动,发展等。

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