用危害本体论分析多系统系统的危害

Malina Adach, Nazakat Ali, Kaj Hänninen, K. Lundqvist
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引用次数: 0

摘要

今天,完善的危害分析技术是可用的,并广泛用于识别各行业单一系统的危害。然而,对于多系统(SoS)的危害分析技术并没有得到适当的研究。SoS是一个复杂的系统,其中多个系统协同工作以实现共同目标。然而,系统之间的交互可能导致系统之间不可预见的交互和相互依赖。这增加了识别和评估系统故障和潜在安全隐患的难度。本文探讨了危险本体(Hazard Ontology, HO)是否可以应用于SoS,以及它是否可以识别紧急危险、原因、来源和后果。为了进行我们的探索,我们将HO应用于建筑设备领域的采石场自动化站点(SoS)。结果表明,HO是一种很有前途的技术,可以方便地识别紧急灾害及其组成部分。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Hazard Analysis on a System of Systems using the Hazard Ontology
Today, well-established hazard analysis techniques are available and widely used to identify hazards for single systems in various industries. However, hazard analysis techniques for a System of Systems (SoS) are not properly investigated. SoS is a complex system where multiple systems work together to achieve a common goal. However, the interaction between systems may lead to unforeseen interactions and interdependencies between systems. This increases the difficulty of identifying and assessing system failures and potential safety hazards. In this paper, we explore whether Hazard Ontology (HO) can be applied to an SoS and whether it can identify emergent hazards, their causes, sources, and consequences. To conduct our exploration, we apply the HO to a quarry automation site (an SoS) from the construction equipment domain. The results indicate that the HO is a promising technique that facilitates the identification of emergent hazards and their components.
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