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Learning Microarray Cancer Datasets by Random Forests and Support Vector Machines

机译:通过随机森林和支持向量机学习微阵列癌症数据集

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摘要

Analyzing gene expression data from microarray devices has many important applications in medicine and biology: the diagnosis of disease, accurate prognosis for particular patients, and understanding the response of a disease to drugs, to name a few. Two classifiers, random forests and support vector machines are studied in application to micro array cancer data sets. Performance of classifiers with different numbers of genes were evaluated in hope to find out if a smaller number of good genes gives a better classification rate.
机译:分析来自微阵列设备的基因表达数据在医学和生物学中具有许多重要的应用:疾病的诊断,特定患者的准确预后以及了解疾病对药物的反应等。研究了两个分类器,即随机森林和支持向量机,将它们应用于微阵列癌症数据集。对具有不同数量基因的分类器的性能进行了评估,以期找出数量较少的优良基因是否具有更好的分类率。

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