入门ROS2开发:软件开发挑战的案例研究

Paulius Daubaris, S. Linkola, Anna Kantosalo, Niko Mäkitalo
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引用次数: 0

摘要

ROS2已经开始获得业界的关注,因为它促进了机器人软件的开发。公司寻求在实际产品中使用ROS2,因此增加了对ROS2相关技能的需求。我们调查了初级软件开发人员-即计算机科学专业的最后一个学士学位学习模块之一-在使用ROS2学习机器人时遇到的挑战。我们与一组五名学生一起进行案例研究,他们的项目目标是利用敏捷软件开发过程开发机器人应用程序。我们使用半结构化访谈来询问项目后的挑战。通过分析访谈,我们确定了87个开发挑战实例,这些实例可以大致分为由不充分或错误解释的文档引起的挑战,以及在开发过程或使用ROS2及其包期间遇到的挑战。因此,基于结果,我们建议ROS2社区应该投资于一个集成的资源来帮助ROS2开发,并修补当前单个软件包的碎片化文档,以便它更容易被初级软件开发人员作为一种技术采用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Getting Started with ROS2 Development: A Case Study of Software Development Challenges
ROS2 has started to gain attention from the industry as it fosters robot software development. Companies seek to use ROS2 in real products, thus increasing the need for ROS2-related skills. We investigate what kind of challenges junior software developers – i.e. computer science majors on one of their last B.Sc study modules – encounter when learning robotics using ROS2. We conduct a case study with a group of five students with a project goal to develop a robotic application utilizing an agile software development process. We inquire about the challenges after the project using semi-structured interviews. By analyzing the interviews we identified 87 development challenge instances that can be roughly divided into challenges caused by insufficient or misinterpreted documentation and challenges encountered during the development process or usage of ROS2 and its packages. Hence, based on the results, we suggest that the ROS2 community should invest in an integrated resource to help with ROS2 development and patch up the currently fragmented documentation of individual packages in order for it to be adopted more easily as a technology by junior software developers.
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