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Management of a Single-user Multi-robot Teleoperated System for Handling Large Valves in Offshore Plants

机译:用于在海上植物中处理大型阀门的单用户多机器人远程系统的管理

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This paper proposes a new approach to task management method of a single-user multi-robot teleoperated system for handling large valves in offshore plants. The task management method is designed to perform a 1:N mode (here, "1" refers to the number of operators, and "N" denotes the number of robots), in which a single operator teleoperates a number of slave robots directly to conduct a large valve handling task, or in an autonomous cooperation mode between slave robots in order to overcome the limitations of the aforementioned 1:1 (here, "1" refers to the number of operators and slave robots) teleoperation mode. The aforementioned management method is responsible for the role sharing and integration of slave robots to divide the operation mode of the slave robots into various types according to the operator's intervention level and the characteristics of the target operation (valve handling) beforehand and to perform the target operation using the robot operation mode selected by the operator.
机译:本文提出了一种新的用于处理海上植物中大型阀门的单用户多机器人远程系统的任务管理方法的新方法。任务管理方法旨在执行1:n模式(这里,“1”是指运算符的数量,并且“n”表示机器人的数量),其中单个操作员直接省去许多奴隶机器人进行大型阀门处理任务,或者在从机器人之间的自主合作模式中,以克服上述1:1(这里,“1”的局限性是指操作员和从机器人的数量)遥操作模式。上述管理方法负责从机器人分割从机器人的角色共享和集成,以根据操作员的干预级别和目标操作(阀处理)的特性和执行目标的各种类型操作使用操作员选择的机器人操作模式。

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