开放学术机器人套件:降低进入响应机器人研究的门槛

R. Sheh, H. Komsuoglu, A. Jacoff
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引用次数: 13

摘要

开源软件是学术机器人社区的重要催化剂。建立在开放软件上的框架,比如机器人操作系统(ROS)和围绕它发展起来的一系列库,简化了研究人员和学生创建集成的工作系统的过程。这使得那些在软件工程、通信或人工智能等领域缺乏经验或学术兴趣的人能够利用他人的贡献,并在他们自己的专业领域中发展。开放学术机器人套件旨在围绕灵活、定制、低成本的学术和研究机器人的开放硬件设计,建立一个类似的社区。它利用了最近在3D打印和微控制器板,传感器,智能伺服和其他组件的大规模生产的制造商社区的进展。重点是在其他研究人员,学生和更广泛的业余爱好者和制造者社区的成员,在不同领域,可以贡献,复制和扩展设计的易用性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Open Academic Robot Kit: Lowering the barrier of entry for research into response robotics
Open Source Software is a vital catalyst within the academic robotics community. Frameworks built on open software, like the Robot Operating System (ROS) and the family of libraries that have grown up around it, ease the process by which researchers and students can create integrated, working systems. This has allowed those who have little experience or academic interest in areas like software engineering, communications or artificial intelligence, to make use of others' contributions and build on them in their own areas of expertise. The Open Academic Robot Kit seeks to foster a similar community around open hardware designs for flexible, customised, low cost academic and research robots. It leverages recent advances in 3D printing and the mass production of microcontroller boards, sensors, smart servos and other components for the Maker community. The emphasis is on the ease with which other researchers, students and members of the wider hobbyist and Maker communities, in different fields, may contribute, replicate and extend the designs.
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