使用场景发现发动机控制系统需求

Alistair Mavin, Mark Novak, Philip Wilkinson, N. Maiden, P. Lynch
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引用次数: 2

摘要

罗尔斯·罗伊斯的控制系统非常复杂,对安全至关重要,而且开发时间也越来越短。在系统设计、安全分析和系统验证过程中使用场景技术。场景可以用来提高需求质量,并确保对正常和异常行为的需求覆盖有更大的信心。我们进行了一项研究,以调查ART-SCENE过程和工具是否能够使工程师在系统设计过程中更早地识别异常行为,从而降低成本并提高质量。ART-SCENE通过场景呈现器自动生成场景和备选课程事件。这些识别线索用于提示工程师识别可能被遗漏的偏差。本文描述了ART-SCENE和标准危害识别技术之间的比较评估,以评估该方法的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Using Scenarios to Discover Requirements for Engine Control Systems
Rolls-Royce control systems are complex, safety critical and developed in ever-compressed timescales. Scenario techniques are utilised during systems design, safety analysis and systems verification. Scenarios can be used to improve requirements quality and to ensure greater confidence in requirements coverage for both normal and exception behaviour. A study was undertaken to investigate whether the ART-SCENE process and tool could enable engineers to identify exception behaviours earlier in the system design process, thus reducing cost and improving quality. ART-SCENE provides automatic generation of scenarios and alternative course events through the Scenario Presenter. These recognition cues are used to prompt engineers to identify deviations that may otherwise be missed. This paper describes a comparative evaluation between ART-SCENE and a standard hazard identification technique to assess the effectiveness of this approach.
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