Aspects of formation control for swarm robots

L. Blázovics, B. Ilsinszki, K. Csorba, B. Forstner, C. Hassan
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Abstract

Despite the increasing capabilities and effectiveness of highly autonomous robots, there are still situations where one entity is not sufficient. Escorting and tracking are typical situations, where more robots can be more efficient. In this paper we will present a completely distributed algorithm for tracing moving objects in formation by using homogenous, medium scaled swarm robots based on local sensing and interactions. We have adopted and extended approaches from the already known concept of basis behaviors as ubiquitous general building blocks for synthesizing artificial group behavior, while adding communication capabilities to the system. We will present our experiments by introducing our virtual simulation environment.
群体机器人的编队控制
尽管高度自主机器人的能力和效率越来越高,但仍然存在一个实体是不够的情况。护送和跟踪是典型的情况,更多的机器人可以提高效率。在本文中,我们将提出一种完全分布式的算法,利用基于局部传感和相互作用的同质、中等规模的群体机器人来跟踪信息中的运动物体。我们从已知的基本行为概念中采用并扩展了方法,作为合成人工群体行为的普遍构建块,同时为系统添加通信功能。我们将通过介绍我们的虚拟仿真环境来展示我们的实验。
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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