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FAULT ADAPTIVE FORMATION CONTROL OF MOBILE ROBOTS

机译:移动机器人的故障自适应形成控制

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摘要

A supervisory control framework for a team of mobile robots to accomplish a given task in the presence of system faults is presented in this paper. The supervisor, which contains the upper-level switching logic, coordinates a set of lower-level controllers to accomplish a task. The stability analysis of both the lower-level controllers and the internal dynamics associated with them are presented. A switching scheme that satisfies the input constraints and guarantees the stability of the overall system is developed. Results from a leader-follower task with a two-robot team are presented. In this task, the follower becomes the leader when the leader develops a fault by using three lower-level controllers and a switching logic that guarantees stability of the entire operation.
机译:本文提出了一个移动机器人团队在存在系统故障的情况下完成给定任务的监督控制框架。包含上层切换逻辑的管理程序协调一组下层控制器来完成任务。给出了下层控制器的稳定性分析以及与之关联的内部动力学。开发了一种满足输入约束并保证整个系统稳定性的开关方案。介绍了由两个机器人团队执行的领导跟随任务的结果。在此任务中,当领导者通过使用三个下级控制器和保证整个操作稳定性的开关逻辑产生故障时,跟随者将成为领导者。

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