Imaging Spectrometer Data Application in PrecisionFarming

机译：成像光谱仪数据在精准农业中的应用

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Hyperspectral data characteristic was analyzed in terms of MAIS imaging spectrometerdata acquired in Lunancheng, Hebei Province. It was found that the data can be distinctively dividedinto 3 groups according to band-band correlation. Based on this characteristic, band index was given,and together with wheat biophysical characteristics, the best bands were chosen. The Fuzzy-ArtmapClassifier was used with the best bands to classify the test imaging spectrometer data. Four kinds ofwheat types were identified and the overall classification accuracy is better than 97%.

机译：利用MAIS成像光谱仪分析高光谱数据特征。在河北省鹿南城获得的数据。发现可以区分数据根据频段相关性分为3组。根据这一特征，给出了频带指数，结合小麦的生物物理特性，选择了最佳条带。模糊图使用具有最佳波段的分类器对测试成像光谱仪数据进行分类。四种确定了小麦类型，总体分类准确度优于97％。

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《2004 CIGR International Conference : Collection of Extent Abstracts》|2004年|1-10|共10页
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Changyao Wang; Chunyan Yan; Aixia Liu; Xiaoguang Jiang;
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Imaging Spectrometer band index wheat identification;

机译：成像光谱仪波段指数小麦鉴定;

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Imaging Spectrometer Data Application in PrecisionFarming

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