面向SITO设备控制的自适应多智能体本体系统

M. Hadjiski, V. Boishina
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引用次数: 0

摘要

研究了复杂植物基于知识的自适应控制策略。领域知识使用一组本体——事实本体和功能本体(针对任务、解决问题的方法、实现方法、活动——自适应控制、监控)来构建。控制系统的主动部分采用多智能体系统来完成。针对不同的优化过程,提出了蚁群优化算法。简要介绍了所研制的多面控制系统的结构、功能和过程。本体的软件实现是基于owl的,智能代理的软件实现是基于jade的。考虑了一个非正方形(SITO)对象的自适应控制实例。
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Adaptive Multiagent - Ontology System for SITO Plant Control
An adaptive strategy for knowledge-based control of sophisticated plants is considered. The domain knowledge is structured using a set of ontologies – factual ontology and functional ontologies (for tasks, problem solving methods, way to realize the methods, activities – adaptive control, monitoring). The active part of the control system is accomplished using a multiagent system. An Ant Colony Optimization is proposed for fulfilling different optimization procedures. A brief description is given for the structure, the functions and the processes of the developed multiface control system. The software realization is OWL-based for the ontologies and JADE-based for the intelligent agents. An example for adaptive control of a non-square (SITO) plant is considered.
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