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Global optimization, search and machine learning methods based on genetic algorithm

机译:基于遗传算法的全局优化,搜索和机器学习方法

摘要

A global optimization, search and machine learning method based on genetic algorithm is provided. SOLUTION: A global optimization, search and machine learning method based on the genetic algorithm of the present invention comprises the step 1 based on the objective function f (x) of the structure of the problem substance and the problem substance as a chromosome of the genetic algorithm. Based on Step 2 which is edited and the operation parameters are automatically calculated or input and initialized, and the evaluation for the objective function f (x) Step 3 in which optimization is repeatedly performed on the current generation (k generation) group Gk = {P1k, P2k,..., PSk} by the operator, and a step 4 in which the optimal solution of the problem object is output And. The present invention is a natural method of "heriting of acquired traits" and "Use-and-Disuse Operator" of Lamarck's theory of evolution of natural methods of modern "epigenetics" and of "suitable person survival" of Darwinian theory of evolution. Combine within the range and simplify the genetic algorithm structure. Overcome many technical flaws present in conventional algorithms, increase their efficiency, improve global optimization and late evolution sustainability, and more global optimization, search and machine learning problems A more favorable solution is obtained. [Selected figure] Figure 1
机译:提供了一种基于遗传算法的全局优化,搜索和机器学习方法。解决方案:基于本发明的遗传算法的全局优化,搜索和机器学习方法包括步骤1,该步骤基于问题物质的结构的目标函数f(x)和作为遗传染色体的问题物质算法。根据已编辑的步骤2并自动计算或输入和初始化操作参数,以及对目标函数f(x)进行评估。步骤3对当前代(k代)组重复执行优化操作Gk = {由操作者执行的步骤P1k,P2k,...,PSk}和步骤4,其中输出问题对象的最优解And。本发明是一种自然的方法,其继承了拉马克的现代“表观遗传学”自然方法的进化论和达尔文的进化论的“合适的人生存”的理论的“继承获得性状的遗传”和“使用和废用算子”。在此范围内合并并简化遗传算法的结构。克服了常规算法中存在的许多技术缺陷,提高了它们的效率,改善了全局优化和后期演进的可持续性,并解决了更多的全局优化,搜索和机器学习问题,从而获得了更理想的解决方案。 [选定图]图1

著录项

  • 公开/公告号JP2019516148A

    专利类型

  • 公开/公告日2019-06-13

    原文格式PDF

  • 申请/专利权人 東莞理工学院;李 耘;李 琳;

    申请/专利号JP20180538208

  • 发明设计人 李 耘;李 琳;

    申请日2017-06-21

  • 分类号G06N3/12;G06N3/08;G06N99;

  • 国家 JP

  • 入库时间 2022-08-21 12:23:00

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