WAMbot:一组自主移动机器人的仿真和建模

M. Masek, Frank E. B. Ophelders, Sushil Pangeni, A. Boeing, T. Braunl
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引用次数: 0

摘要

仿真是移动机器人研究和开发必不可少的早期评估工具,不同的开发阶段有不同的仿真需求。在本文中,我们详细介绍了为参加MAGIC 2010挑战赛(一项自主地面车辆竞赛)而开发的两种仿真工具。在开发条目时,模拟器用于两个领域:问题分析和解决方案测试。问题分析模拟器是使用商业3D游戏引擎构建的,而旨在测试解决方案的模拟器是使用标准机器人库构建的。通过利用适合于每个领域的现有技术,简化了模拟器构建的任务。这种分离允许独立于所选硬件进行问题探索,从而允许进行早期模拟。这些模拟器使一个主要由兼职志愿者组成的团队能够构建一个复杂的分布式多机器人系统,并证明了我们团队在MAGIC 2010挑战中取得成功的关键。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
WAMbot: Simulation and modelling of a team of autonomous mobile robots
Simulation is an essential early evaluation tool for mobile robot research and development, and different stages of development have individual simulator needs. In this paper, we document details of two simulation tools that were developed for an entry into the MAGIC 2010 challenge, an autonomous ground vehicle competition. In developing the entry, simulators were used in two domains: problem analysis and solution testing. The problem analysis simulator was built using a commercial 3D game engine, whilst the simulator aimed at testing of the solution was built using a standard robotics library. By leveraging existing technologies appropriate for each domain, the task of simulator construction was simplified. The split allowed problem exploration independent of selected hardware, allowing for early simulation. These simulators allowed a team composed mostly of part-time volunteers to construct a complex distributed, multi-robot system and proved essential to our team's success in the MAGIC 2010 challenge.
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