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首页> 外文期刊>Journal of Theoretical and Applied Information Technology >OPTICAL METHODS OF IDENTIFYING THE VARIETIES OF THE COMPONENTS OF GRAIN MIXTURES BASED ON USING ARTIFCIAL NEURAL NETWORKS FOR DATA ANALYSIS
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OPTICAL METHODS OF IDENTIFYING THE VARIETIES OF THE COMPONENTS OF GRAIN MIXTURES BASED ON USING ARTIFCIAL NEURAL NETWORKS FOR DATA ANALYSIS

机译:基于使用艺术神经网络进行数据分析,识别谷粒混合物组分各种组分的光学方法

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The article considers methods of identifying the varieties of the components of grain mixtures based on the spectral analysis in the visible and near-infrared wavelength ranges. Various measurement approaches - reflection, transmission and combined spectrum methods - are used. The results of the spectral measurement are processed using neural network based classification algorithms combined with data dimensionality reduction techniques. The probabilities of incorrect recognition for various numbers of features and combinations of spectral methods are estimated for mixtures of wheat grains. Combined use of spectral methods allowed to reduce the classification error by about ten times and bring its absolute value to 0.01...0.001.
机译:该文章考虑基于可见光和近红外波长范围的光谱分析来识别粒子混合物组分的各种组分的方法。使用各种测量方法 - 使用反射,传输和组合频谱方法。使用基于神经网络的分类算法处理光谱测量结果与数据维度降低技术相结合。针对小麦颗粒的混合物估计了各种特征识别的不正确识别的概率和光谱方法的组合。结合使用光谱方法将分类误差减少约10次并使其绝对值达到0.01 ... 0.001。

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