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Autogating in Flow Cytometry Data Using SVM Classifiers for Bacterioplankton Identification

机译:使用SVM分类器在流式细胞仪数据中实现浮游细菌识别的自动化

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This paper shows the results of a methodology proposal for bacterioplankton identification using a machine learning approach named SVM. Samples used were taken from 19 high elevated lakes located at Pyrenees Mountains. Samples generated 74 databases after been analyzed by a specialist to serve as input to the algorithm. We observed the viability of this method with 3.35% of error in identification. Furthermore, there is no isolated direct correlation between robustness of the prediction models and high complexity of the input data but, indeed, the algorithm settings, function cost and variables choice have an important role in the performance as well.
机译:本文显示了使用名为SVM的机器学习方法进行细菌浮游生物鉴定的方法学建议的结果。所使用的样品是从位于比利牛斯山脉的19个高架湖泊中提取的。经过专家分析后,样本生成了74个数据库,作为算法的输入。我们观察到该方法的可行性,鉴定误差为3.35%。此外,预测模型的鲁棒性与输入数据的高复杂性之间没有孤立的直接相关性,但实际上,算法设置,函数成本和变量选择在性能中也起着重要作用。

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