基于SOM神经网络的小麦条锈病严重程度聚类分析

Yang Ke-ming, Xu Zhao-hui, Li Hong-wei, Cui Li, Ran Ying-ying, Zhang Yong-jie
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摘要

基于Pushbroom高光谱成像仪(PHI)数据,引入SOM (Self-organizing Feature Maps)模型对小麦条锈病的严重程度进行聚类分析。通过获取样品的光谱指数数据(SID)和光谱角数据(SAD),结合样品的光谱平均反射率数据(ARD),得到三个二维数据矩阵作为SOM模型的输入。经过迭代学习和自组织聚类,模型的输出最接近小麦条锈病三维严重程度空间的真实情况。然后,利用训练好的网络对试验区的所有数据进行模拟。模拟结果表明,小麦条锈病的严重程度划分明显。将整个试验点划分为四个等级,取得了满意的效果。
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Notice of RetractionClustering analysis on disease severity of wheat stripe rust based on SOM neural network
A SOM (Self-organizing Feature Maps) model was introduced to cluster and analysis on the disease severity of wheat stripe rust based on PHI (Pushbroom hyperspectral imager) data. By means of acquiring the spectral index data (SID) and spectral angle data (SAD) of the samples, combining with the samples' spectral average reflectance data (ARD), three two-dimensional data matrixes were obtained as the inputs of SOM model. After iterative learning and self-organized clustering, the models' outputs farthest approached to the reality in 3-dimensional severity space of wheat stripe rust. Then, with the net-trained, all data of the trial plot were simulated. The simulating results demonstrate that the division of wheat stripe rust severity is obviously. The whole trial spot was derived into four grades and the results are satisfactory.
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