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SVM Multi-Classification Optimization Research based on Multi-Chromosome Genetic Algorithm

机译:基于多染色体遗传算法的SVM多分类优化研究

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Regarding SVM multi-classification problem, optimizing the parameters of SVM has become the key problem to improve the performance of the SVM multi-classification algorithm. In order to solve this problem, multi-chromosome genetic algorithm is proposed in this paper and used to optimize these parameters. In the SVM multi-classification decision tree, the algorithm constructs a chromosome for SVM parameter of each node and improves the corresponding rules of crossover and mutation in the genetic algorithm. The improved genetic algorithm optimizes the parameters of SVM in all nodes in the SVM multi-classification decision tree. The experimental results show that the SVM multi-classification decision tree algorithm using the multi-chromosome genetic algorithm has higher classification quality, compared with the traditional multi-SVM multi-classification algorithm.
机译:关于SVM多分类问题,优化SVM参数已成为提高SVM多分类算法性能的关键问题。 为了解决这个问题,本文提出了多染色体遗传算法,并用于优化这些参数。 在SVM多分类决策树中,该算法构造了每个节点的SVM参数的染色体,并在遗传算法中提高了相应的交叉和突变规则。 改进的遗传算法在SVM多分类决策树中的所有节点中优化了SVM的参数。 实验结果表明,与传统的多SVM多分类算法相比,使用多染色体遗传算法的SVM多分类决策树算法具有较高的分类质量。

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