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Identifying the Dominant Species of Tropical Wood Species using Histogram Intersection Method

机译:使用直方图交叉点法识别热带木种的主导种类

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This research is addresses to determine the dominant species that located in the overlapped clusters produced by the Kohonen Self-Organizing Map (KSOM). Before, KSOM algorithm able to cluster the tropical wood species data set effectively and accurately according to the wood features, which is wood pores sizes. Unfortunately, there are seven overlapped clusters in the clustering result and this is due to similarity features among the wood species. This problem has caused difficulty in determining the separation boundary amongst clusters, where the most dominant species for every overlapped cluster is difficult to identify. As for a solution, the Histogram Intersection (HI) method is proposed in this research to solve this problem. From the experiments, the HI has proved that it can determine the dominant species of the overlapped clusters effectively resulting in an improvement of 1.12% of the classification accuracy, compared with the clustering result without HI technique. It has shown the implementation of this method has successfully solved the problem occurred.
机译:该研究是确定位于Kohonen自组织地图(KSOM)产生的重叠群中的主导物种的地址。之前,KSOM算法能够根据木孔尺寸的木材特征有效,准确地聚类热带木质物种数据。不幸的是,聚类结果中有七个重叠群体,这是由于木材种类中的相似性。这个问题难以确定簇之间的分离边界,其中难以识别每个重叠簇的最多主导物种。至于解决方案,在该研究中提出了直方图(HI)方法来解决这个问题。从实验中,与没有HI技术的聚类结果相比,HI证明它可以有效地确定重叠簇的显着物种,从而改善了分类准确性的1.12%。它显示了这种方法的实现成功解决了问题。

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