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Application of Ant Colony Algorithm in Plant Leaves Classification Based on Infrared Spectroscopy Analysis

机译:蚁群算法在植物叶片分类中的应用基于红外光谱分析

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Intelligent classification is realized according to different components of featured information included in near infrared spectrum data of plants. The core of this theory is to research applications of ant colony algorithm in spectral analysis of plant leaves through theories and experiments. In aspect of theoretical exploration, the built-in function of clustering algorithm is used to compress and process data. In aspect of experimental research, the near infrared diffuse emission spectrum curves of the leaves of Cinnamomum camphora and Acer saccharum Marsh in two groups, which have 75 leaves respectively. Then, the obtained data are processed using ant colony algorithm and the same leaves can be classified as a class by ant colony clustering algorithm. Finally, the two groups of data are classified into two classes. Our results show the distinguishability can be 100%.
机译:根据植物近红外频谱数据中包含的特色信息的不同组件实现智能分类。该理论的核心是通过理论和实验研究植物叶谱分析中蚁群算法的应用。在理论探索的方面,聚类算法的内置功能用于压缩和处理数据。在实验研究方面,两组肉桂瘤樟脑和Acer Saccharum Marsh叶片的近红外漫射发射光谱曲线分别具有75叶。然后,使用蚁群算法处理所获得的数据,并且可以通过蚁群聚类算法将相同的叶子分类为类。最后,两组数据分为两个类。我们的结果显示可区分性可以是100%。

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