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COW: A Co-evolving Memetic Wrapper for Herb-Herb Interaction Analysis in TCM Informatics

机译:COW:一种共同发展的模因包装,用于中药信息学中的草药-药草相互作用分析

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摘要

Traditional Chinese Medicine (TCM) relies heavily on interactions between herbs within prescribed formulae. However, given the combinatorial explosion due to the vast number of herbs available for treatment, the study of herb-herb interactions by pure human analysis is impractical, with computer-aided analysis computationally expensive. Thus feature selection is crucial as a pre-processing step prior to herb-herb interaction analysis. In accord with this goal, a new feature selection algorithm known as a Co-evolving Memetic Wrapper (COW) is proposed: COW takes advantage of recent developments in genetic algorithms (GAs) and memetic algorithms (MAs), evolving appropriate feature subsets for a given domain. As part of preliminary research, COW is demonstrated to be effective in selecting herbs in the TCM insomnia datatset. Finally, possible future applications of COW are examined, both within TCM research and in broader data mining contexts.
机译:中药(TCM)在很大程度上取决于处方配方中草药之间的相互作用。但是,由于大量可用于治疗的草药引起组合爆炸,通过纯人工分析研究草药-草药相互作用是不切实际的,而计算机辅助分析的计算量很大。因此,特征选择对于药草-药草相互作用分析之前的预处理至关重要。为了达到这个目标,提出了一种新的特征选择算法,称为协同进化模因包装器(COW):COW利用了遗传算法(GAs)和模因算法(MAs)的最新发展,为一个算法进化了适当的特征子集。给定的域。作为初步研究的一部分,在中医失眠数据集中证明了COW可有效选择草药。最后,在中医研究和更广泛的数据挖掘环境中,都研究了COW的未来可能应用。

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