基于智能体的协同遗传算法管理

H. Kwasnicka, Magdalena Gierusz
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引用次数: 8

摘要

遗传算法是一种非常流行的优化工具,但是遗传算法的有效应用需要用户在设置参数时遇到问题,并使用遗传算子在可接受的时间内获得满意的解。我们提出了一个智能代理作为一组协作遗传算法的控制机制。该系统的核心是一系列协同遗传算法。管理器是一种模糊专家系统,负责对ga进行控制,以保证搜索过程的有效性。它需要提供一些参数对演化速度和模式的影响的知识。这些知识以模糊推理规则的形式包含在Manager中。分析器-系统的第三部分,将收集有关工作系统的进度和实际状态的知识。这些知识将以事实的形式用于制定合适的规则。对已开发系统的效率进行了仿真研究。
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Managing of cooperative genetic algorithms by intelligent agent
Genetic algorithms (GAs) are very popular optimization tool, although efficient applications of GAs requires users have problem with setting their parameters and used genetic operators to obtain satisfactory solution in acceptable time. We propose an intelligent agent as a control mechanism for a group of cooperating genetic algorithms. A core of the system is a family of cooperating genetic algorithms. Manager, a kind of fuzzy expert system, is responsible for control of GAs to assure effectiveness of the search process. It requires providing knowledge concerning influence of some parameters of GAs on tempo and mode of evolution. Such knowledge in the form of fuzzy inference rules should be included into Manager. Analyser - the third part of the system, will gather knowledge concerning progress and actual state of a working system. This knowledge will be used in the form of facts to fire suitable rules. The simulation study of efficiency of developed system is presented and discussed.
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