首页> 外文会议>International Conference on Advances in Intelligent Computing(ICIC 2005); 20050823-26; Hefei(CN) >Classification of Chromosome Sequences with Entropy Kernel and LKPLS Algorithm
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Classification of Chromosome Sequences with Entropy Kernel and LKPLS Algorithm

机译:熵核和LKPLS算法对染色体序列的分类

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摘要

Kernel methods such as support vector machines have been used extensively for various classification tasks. In this paper, we describe an entropy based string kernel and a novel logistic kernel partial least square algorithm for classification of sequential data. Our experiments with a human chromosome dataset show that the new kernel can be computed efficiently and the algorithm leads to a high accuracy especially for the unbalanced training data.
机译:诸如支持向量机之类的内核方法已广泛用于各种分类任务。在本文中,我们描述了一种基于熵的字符串核和一种新的逻辑核偏最小二乘算法,用于对顺序数据进行分类。我们使用人类染色体数据集进行的实验表明,可以高效地计算新内核,并且该算法具有较高的准确性,尤其是对于不平衡的训练数据而言。

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