机器人博物馆:用于控制研究和教育的可远程访问的多机器人试验台

Sean Wilson;Magnus Egerstedt
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引用次数: 0

摘要

在机器人研究和教育中,实例化和维护机器人试验台所需的资金、专业知识和时间成本可能会阻碍研究人员和教育工作者在实验室和教室中进行基于硬件的实验。由于高保真度模拟器所需的复杂性和计算需求,这导致机器人算法经常通过低保真度模拟进行验证。不幸的是,这些模拟环境往往忽略了现实世界的复杂性,如车轮打滑、执行器动力学、计算时间、通信延迟和传感器噪声。机器人博物馆为世界各地的每个人免费提供最先进的多机器人研究设施,用于学术和教育目的,从而为这些问题提供了解决方案。本文讨论了自2017年开放以来测试台的远程使用,详细介绍了测试台的设计,并提供了如何使用它的简短教程。
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The Robotarium: A Remotely-Accessible, Multi-Robot Testbed for Control Research and Education
In robotic research and education, the cost in terms of money, expertise, and time required to instantiate and maintain robotic testbeds can prevent researchers and educators from including hardware based experimentation in their laboratories and classrooms. This results in robotic algorithms often being validated by low-fidelity simulation due to the complexity and computational demand required by high-fidelity simulators. Unfortunately, these simulation environments often neglect real world complexities, such as wheel slip, actuator dynamics, computation time, communication delays, and sensor noise. The Robotarium provides a solution to these problems by providing a state-of-the-art, multi-robot research facility to everyone around the world free of charge for academic and educational purposes. This paper discusses the remote usage of the testbed since its opening in 2017, details the testbeds design, and provides a brief tutorial on how to use it.
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