Transferring research into the real world: How to improve RE with AI in the automotive industry

Sven J. Körner, Mathias Landhäußer, W. Tichy
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引用次数: 15

Abstract

For specifications, people use natural language. We show that processing natural language and combining this with intelligent deduction and reasoning with ontologies can possibly replace some manual processes associated with requirements engineering (RE). Our prior research shows that the software tools we developed can indeed solve problems in the RE process. This paper shows this does not only work in the software engineering domain, but also for embedded software in the automotive industry. We use artificial intelligence in the sense of combining semantic knowledge from ontologies and natural language processing. This enables computer systems to “understand” requirement texts and process these with “common sense”. Our specification improver RESI detects flaws in texts such as ambiguous words, incomplete process words, and erroneous quantifiers and determiners.
将研究成果转化为现实世界:如何在汽车工业中利用人工智能提高可再生能源
对于规范,人们使用自然语言。我们表明,处理自然语言并将其与智能演绎和本体推理相结合,可能会取代一些与需求工程(RE)相关的人工过程。我们之前的研究表明,我们开发的软件工具确实可以解决RE过程中的问题。本文表明,这不仅适用于软件工程领域,也适用于汽车工业中的嵌入式软件。我们将本体的语义知识与自然语言处理相结合,从而使用人工智能。这使得计算机系统能够“理解”需求文本,并用“常识”处理这些文本。我们的规范改进器RESI可以检测文本中的缺陷,例如歧义词、不完整的过程词以及错误的量词和限定词。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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