E-MIP:机器人团队动态联盟形成的新机制

A. Chella, M. Gentile, R. Sorbello
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引用次数: 4

摘要

当移动机器人群体在动态的、不可预测的、时变的环境中运动时,问题是它们如何实现分布式求解策略来解决复杂和困难的任务。概述了一种新的机器人结构的发展,用于机器人群体在危险和动态环境中的协调。这个新建筑的名字是意大利政治的经济隐喻(E-MIP),因为它从意大利民主政府的政治组织中获得灵感,其中领导者不仅仅是一个机器人,而是由三个机器人组成的政府,而第二组机器人,机器人公民,是任务的执行者。此外,它是根据经济理论根据外部条件对联盟进行动态再生,不时地选择最适合当前形势的最佳联盟来实施最合适的战略。为了验证我们方法的有效性,我们已经实现了一个基于佐治亚理工学院移动机器人实验室开发的MissionLab机器人仿真软件的框架。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
E-MIP: a new mechanism for dynamic coalition formation in a robot team
When mobile robots colonies move in dynamic, not predictable and time variable environments, the problem now is on how can they achieve distributed solving strategies for solving complicate and difficult tasks. The development of a new robotic architecture for the coordination of robot colonies in dangerous and dynamic environments is outlined. The name of this new architecture is Economic Metaphor of Italian Politics (E-MIP), because it takes inspiration from the political organizations of Italian democratic governments, where the leader isn't only one robot but a government of three robots constitutes it while a second group of robots, the Robot Citizens, are the executor of the mission. Moreover, it is based on economic theories for the dynamic regeneration of the coalition in accordance with external conditions, choosing from time to time the best coalition capable to apply the most suitable strategy for the current situation. To validate the effectiveness of our approach we have realized a framework based on the MissionLab robot simulation software developed at the Mobile Robot Lab of the Georgia Institute of Technology.
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