针对无人机系统的系统工程过程和系统架构的建议

Uwe Jahn, Merlin Stampa, Andreas Sutorma, Felix Willich, J. Thiem, Christof Röhrig, Carsten Wolff
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引用次数: 2

摘要

无人机系统(UAS)的发展是复杂的,通常是昂贵的,因为经常使用商业工具,适应于(小型)有人驾驶飞机的发展。为了确保当局将批准将要开发的UAS,系统工程(SE)过程中的一些步骤是必需的,这些步骤尚未在UAS特定标准中定义。本文概述了使用开源工具开发UAS的SE过程,并展示了需要考虑的UAS特定任务,如SORA。推荐的SE过程和系统架构方法应该降低中小型企业开发自己的UAS的入门级别。此外,还简要解释了应该考虑使用的框架,如ROS或OpenCV。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Recommendation for a Systems Engineering Process and System Architecture for UAS
The development of Unmanned Aircraft Systems (UAS) is complex and usually expensive, as commercial tools are often used, adapted from the development of (small) manned aircraft. To be sure that the authorities will approve the to be developed UAS, some steps within the Systems Engineering (SE) process are required, which are not yet defined in a UAS specific standard. This paper outlines a SE process to develop UAS with open-source tools and shows UAS specific tasks to be thought of, like SORA. The recommended SE process and a system architecture approach should lower the entrance level for small and medium-sized enterprises to develop their own UAS. Besides, frameworks, like ROS or OpenCV, that should be considered working with are briefly explained.
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