基于仿真的机器人分析与优化新方法

L. Atorf, E. G. Kaigom, J. Roßmann
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引用次数: 4

摘要

机器人技术是系统工程的一个新兴分支,通过电子媒介提供工具来支持机器人应用的整个生命周期。为此,它扩展和加强了空间机器人的虚拟试验台思想,提供了一个整体的3D仿真平台,在这个平台上可以解决机器人和自动化中的复杂问题,并阐述了最有效的解决方案。在这条思路中,这项工作引入了一种新的、系统的机器人方法,以支持在全面的3D模拟环境中进行流程优化和决策。我们通过不同的例子说明了这种基于3D仿真的分析和优化的重要性和性能,从行星探测和轨道服务到工业制造。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A New eRobotics Approach to Simulation-Based Analysis and Optimization
eRobotics is a newly evolving branch of eSystems engineering, providing tools to support the whole life cycle of robotic applications by means of electronic media. To this end, it extends and strengthens the Virtual Testbed idea from space robotics to provide a holistic 3D simulation platform on which complex issues in robotics and automation can be addressed and the most efficient solutions elaborated. In this line of idea, this work introduces a new and systematical eRobotics approach to support process optimization and decision making within a comprehensive 3D simulation environment. We illustrate the importance and performance of this 3D simulation-based analysis and optimization through diverse examples, ranging from planetary exploration and orbital servicing to industrial manufacturing.
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