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Optimization of the aggregation in AdaBoost algorithm by particle swarm optimization and its application in classification problems

机译:粒子群优化优化Adaboost算法的聚合及其在分类问题中的应用

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In this paper, particle swarm optimization (PSO) algorithm and Adaptive Boosting (AdaBoost) algorithm are combined to form a hybrid learning algorithm PSO-AB to boost the classification ability of support vector machine (SVM). This hybrid adopts SVM to classify the experimental data, uses AdaBoost algorithm to boost the classification results, and then uses PSO to optimize the boosted results. Experimental results of two clinical data show that AdaBoost algorithm could improve the accuracy of training set extremely, but for the testing set the result is not satisfactory. PSO-AB makes it possible to maximize the testing accuracy of AdaBoost algorithm on the premise of that the accuracy of training set is still exact, and will be a more effective method to classification problems compared to AdaBoost algorithm.
机译:在本文中,粒子群优化(PSO)算法和自适应升压(Adaboost)算法组合以形成混合学习算法PSO-AB,以提高支持向量机(SVM)的分类能力。该混合动力车采用SVM来对实验数据进行分类,使用Adaboost算法提高分类结果,然后使用PSO优化提升结果。两种临床数据的实验结果表明,Adaboost算法可以提高训练集的精度,但对于测试设置结果不令人满意。 PSO-AB可以最大限度地提高Adaboost算法的测试精度,其前提是训练集的准确性仍然准确,并且与Adaboost算法相比,对分类问题的方法是更有效的方法。

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