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Formalizing Ontologies for AI Models Validation: from OWL to Event-B

机译:用于AI模型验证的正式性本体:从owl到事件-b

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Quality data is of decisive importance for controlling critical cyber-physical systems. Most common real-life systems are driven by unstructured, decentralized, and growing amounts of data, while validation requires coherent data, that is well structured, consistent, and without ambiguities. Often, ontologies are well-suited for capturing domain knowledge data, deriving requirements, providing analysis, and developing applications. Still, ontological representations fall short when it comes to formal verification and validation, especially for large complex systems. In this research, we suggest a fully automated approach to transform ontology axioms, expressed in the Web Ontology Language (OWL), to Event-B predicates. We show, in a practical example, how bridging OWL to Event-B can scale the validation of ontology-driven AI systems.
机译:质量数据对于控制关键网络物理系统具有决定性的重要性。最常见的现实生活系统由非结构化,分散和越来越多的数据驱动,而验证需要相干数据,这是结构化,一致,无含糊不利的。通常,本体非常适合捕获域知识数据,导出要求,提供分析和开发应用。仍然,在谈到正式验证和验证时,本体论表现缺乏,特别是对于大型复杂系统。在这项研究中,我们建议以Web本体语言(OWL)表达的本体论公理的完全自动化方法,以进入事件-B谓词。我们在一个实际的例子中显示桥接到事件-b的桥接可以扩展本体驱动的AI系统的验证。

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