提高航空航天安全关键软件系统开发中的文档灵活性

Joaquim Manuel Silva Cardoso Rodrigues, J. E. Ferreira Ribeiro, Ademar Aguiar
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引用次数: 2

摘要

尽管文档被认为是对安全关键型软件系统开发中敏捷方法的主要挑战[1],但敏捷在为软件开发的所有阶段提供效率和有效性的同时,还会对提高可变性特别感兴趣。在这项工作中,我们创建了自动化文档处理和管理机制,以提高安全关键软件系统开发的文档活动的效率和有效性,最具体的是在航空航天领域。实现的工具在关键软件(CSW)项目的具体工业背景下共同设计和迭代验证,在更广泛的持续认证研究工作中[3]。我们采访了Critical Software专业人员来验证我们的解决方案,收集了对实现工具的反馈,并对未来的工作有了深入的了解。这些工具也是综合测试的目标,它使我们得出结论,在关键安全软件开发行业中,文档自动化是可能的,并且带来了几个好处。开发的工具还没有达到DO-330标准(tools Qualification)的要求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Improving Documentation Agility in Safety-Critical Software Systems Development For Aerospace
Despite documentation being considered the pri-mary challenge to agile methods in safety-critical software systems development [1], agile would be of particular interest to improve changeability while providing efficiency and effective-ness to all the phases of software development. In this work, we created mechanisms for automating document processing and management to improve the efficiency and effectiveness of documentation activities of safety-critical software systems development, most concretely in the aerospace domain. The implemented tools were co-designed and validated iteratively in the concrete industrial context of Critical Software (CSW) projects, within a wider research work towards continuous certification [3]. We interviewed Critical Software professionals to validate our solution, collected feedback on the implemented tools and got insights for future work. The tools were also the target of synthetic tests that allowed us to conclude that document automation is possible in the critical-safety software development industry and carries several benefits. The developed tools are not yet qualified in compliance with the DO-330 standard (Tools Qualification).
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