An Experience Report on Challenges in Learning the Robot Operating System

Paulo Canelas, Miguel Tavares, Ricardo Cordeiro, Alcides Fonseca, C. Timperley
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引用次数: 1

Abstract

The Robot Operating System (ROS) was initially introduced to lower the barriers to robots software development by reducing the need for extensive domain knowledge. ROS allows developers to build valuable robots by configuring and reusing off-the-shelf components while writing little, if any, code through its modular design, loosely coupled architecture, and rich package ecosystem. However, despite the advantages of this approach, the lack of documentation can present a challenge to novice users. In this work, we discuss the challenges and experience of learning and using ROS from the perspective of three novice users with little to no prior experience in robotics. We report on the experiences in learning ROS through a popular commercial training course provided by The Construct Sim. Through our analysis, we identify several common misunderstandings, mistakes, and bugs, and we outline possible improvements to ROS to overcome these challenges. Our findings motivate further studies on the development of robotic systems in ROS by novice users and promote the improvement of the ROS ecosystem, on educational and training materials of ROS, and on tooling development to help novices identify and correct simple mistakes.
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学习机器人操作系统的挑战经验报告
机器人操作系统(ROS)最初是为了通过减少对广泛领域知识的需求来降低机器人软件开发的障碍而引入的。ROS允许开发人员通过配置和重用现成的组件来构建有价值的机器人,同时通过其模块化设计、松耦合架构和丰富的包生态系统编写很少(如果有的话)代码。然而,尽管这种方法有优点,但缺乏文档对新手用户来说是一个挑战。在这项工作中,我们从三个几乎没有机器人经验的新手用户的角度讨论了学习和使用ROS的挑战和经验。我们报告通过the Construct Sim提供的热门商业培训课程学习ROS的经验。通过我们的分析,我们确定了几个常见的误解、错误和bug,并概述了对ROS的可能改进,以克服这些挑战。我们的发现激发了新手用户在ROS中开发机器人系统的进一步研究,并促进了ROS生态系统的改进,ROS的教育和培训材料,以及帮助新手识别和纠正简单错误的工具开发。
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