Concepts of Teleoperated Robots

Ladislav JuriSica, FrantiSek Duchoň, Martin Dekan, Andrej Babinec, Adam Sojka
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Abstract

This paper provides basic overview of teleoperated robotic systems and their characteristics. The aim of the paper is not to describe such robotic systems in detail such as suggesting actual hardware and software, but to provide basic information, which has to be considered during the design and usage of such robot. Paper is focused on general description of functionality, characteristics and applications of teleoperated robots. Overview of potential use cases is provided with description of potential downfalls. Means of communication with the robot are discussed and elaborated with respect to reliability and safety. Available types of human to machine interfaces and sensor systems are listed and described considering reliability, safety and quality of control. Especially safety issues are highlighted, because such robots suffer from the involvement of humans in the control scheme. This paper comes to a conclusion that it is of primary importance to consider safety measures and stresses vulnerability of whole system introduced by operator and means of communication. In this paper is further stressed that in case of lost communication teleoperated robot must be able to either safely continue its function or stop. Future research will be focused on improving teleoperation via virtual reality, further improvement of autonomous features leaving operator only to decide which actions to perform and cloud computing.
遥控机器人的概念
本文介绍了遥操作机器人系统的基本概况及其特点。本文的目的不是详细描述这种机器人系统,例如建议实际的硬件和软件,而是提供基本信息,这是在设计和使用这种机器人时必须考虑的。本文主要对遥控机器人的功能、特点和应用进行了概述。潜在用例的概述与潜在失败的描述一起提供。从可靠性和安全性方面对与机器人的通信方式进行了讨论和阐述。考虑到可靠性、安全性和控制质量,列出并描述了可用的人机接口和传感器系统类型。特别是安全问题被强调,因为这样的机器人在控制方案中受到人类参与的影响。本文认为,首先要考虑操作人员和通信手段引入的整个系统的安全措施和应力脆弱性。本文进一步强调,在失去通信的情况下,遥操作机器人必须能够安全地继续其功能或停止。未来的研究将集中在通过虚拟现实改善远程操作,进一步改进自主功能,让操作员只决定执行哪些操作和云计算。
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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