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A Coefficient Comparison of Weighted Similarity Extreme Learning Machine for Drug Screening

机译:对药物筛选加权相似性极端学习机的系数比较

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Machine learning techniques are becoming popular in drug discovery process. It can be used to predict the biological activities of compounds. This paper focuses on virtual screening task. We proposed the Weighted Similarity Extreme Learning Machine algorithm (WELM). It is based on Single Layer Feed-forward Neural Network. The algorithm is powerful, iteratively free, and easy to program. In this work, we compared the performance of 17 different types of coefficients with WELM on a well-known dataset in the area of virtual screening named Maximum Unbiased Validation dataset. Moreover, the WELM with different types of coefficients were also compared with the conventional technique-similarity searching. WELM together with Jaccard/Tanimoto were able to achieve the best results on average in most of the activity classes.
机译:机器学习技术在药物发现过程中遭受流行。它可用于预测化合物的生物活性。本文侧重于虚拟筛选任务。我们提出了加权相似性极限学习机算法(WELM)。它基于单层前馈神经网络。该算法强大,迭代,易于编程。在这项工作中,我们将17种不同类型系数的性能与WELM的性能进行了比较在虚拟筛选区域中的众所周知的DataSet中,命名为最大的无偏见验证数据集。此外,还将具有不同类型系数的WELM与传统的技术相似性搜索进行比较。与Jaccard / Tanimoto一起融合在大多数活动课程中,能够平均达到最佳结果。

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