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Combining Ontology-based Domain Knowledge to AutoMated Planner

机译:将基于本体的领域知识与自动计划器相结合

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摘要

There are much research into Artificial Intelligence (AI) and Semantic Web over the past few years and intelligent behaviour such as learning, analysing, problem solving, planning and abstracting is displayed by modern computer systems. Automatically acquiring control-knowledge for planning, as it is the case for Machine Learning in general, strongly depends on the training material. In planning, there is a novel ways to store examples into ontology when solving problems. This Paper presents a new architecuture for the design and development of training material, where metadata and the knowledge build into them are captured and fully reusable. These System use AI Planning and Semantic Ontology technologies, allowing to construct learning rules dynamically based on the general Domain independent Planner even from disjoint learning objects, and meeting the learner's profile, preferences needs and abilitity.
机译:过去几年,对人工智能(AI)和语义网进行了大量研究,现代计算机系统显示了诸如学习,分析,问题解决,计划和抽象之类的智能行为。通常,对于机器学习来说,自动获取计划的控制知识在很大程度上取决于培训材料。在计划中,有一种新颖的方法可以在解决问题时将示例存储到本体中。本文为培训材料的设计和开发提出了一种新的架构,其中元数据和内置于其中的知识可以被捕获并且可以完全重用。这些系统使用AI Planning和Semantic Ontology技术,允许基于通用的领域独立规划器动态构建学习规则,甚至可以从不相交的学习对象中构建学习规则,并满足学习者的个人资料,喜好需求和能力。

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