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Diagnostics of Distributed Intelligent Control Systems: Reasoning using Ontologies and Hidden Markov Models

机译:分布式智能控制系统的诊断:使用本体和隐藏马尔可夫模型的推理

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The distributed intelligent control systems based on multi-agent systems paradigm bring many important features, including their flexibility and extensibility. These features are even more apparent when the agents use ontologies as a base for their knowledge management - such ontologies can be regarded as models that to some degree drive the operation of the system. However, much of the information from knowledge bases of agents can be used also for other important ability of a control system - the diagnostics. In this paper, we demonstrate and discuss two approaches to diagnostics - one based on description logic reasoning and the other one based on Hidden Markov Models. Both of these approaches are illustrated on sample scenario from a transportation system.
机译:基于多代理系统范例的分布式智能控制系统带来了许多重要功能,包括它们的灵活性和可扩展性。当代理使用本体作为其知识管理的基础时,这些功能更加明显 - 这种本体可以被视为某种程度驱动系统操作的模型。然而,对于控制系统的其他重要能力,也可以使用来自知识库的许多信息 - 诊断。在本文中,我们展示并讨论了两种诊断方法 - 基于描述逻辑推理和基于隐马尔可夫模型的另一个方法。这两种方法都在运输系统的样本场景上说明。

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