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DNA Encoding for Splice Site Prediction in Large DNA Sequence

机译:大序列编码DNA剪接位点预测的DNA。

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Splice site prediction in the pre-mRNA is a very important task for understanding gene structure and its function. To predict splice sites, SVM (support vector machine) based classification technique is frequently used because of its classification accuracy. High classification accuracy of SVM largely depends on DNA encoding method for feature extraction of DNA sequences. However, existing encoding approaches do not reveal the characteristics of DNA sequence very well enough to provide as much information as DNA sequences have. In this paper, we propose new effective DNA encoding method which can give more information of DNA sequence. Our encoding method can provide density information of each nucleotide along with positional information and chemical property. Extensive performance study shows that our method can provide better performance than existing encoding methods based on several performance criteria such as classification accuracy, sensitivity, specificity and area under receiver operating characteristics curve (ROC).
机译:前mRNA的剪接位点预测是了解基因结构及其功能的一项非常重要的任务。为了预测剪接位点,由于其分类准确性,经常使用基于SVM(支持向量机)的分类技术。 SVM的高分类精度很大程度上取决于用于DNA序列特征提取的DNA编码方法。但是,现有的编码方法不能很好地揭示DNA序列的特征以提供与DNA序列一样多的信息。在本文中,我们提出了一种新的有效的DNA编码方法,可以提供更多的DNA序列信息。我们的编码方法可以提供每个核苷酸的密度信息以及位置信息和化学性质。广泛的性能研究表明,基于几种性能标准,例如分类精度,灵敏度,特异性和接收器工作特性曲线下的面积,我们的方法可以提供比现有编码方法更好的性能。

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