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Biomimetic Pattern Recognition Based on the Young-Helmholtz Model of Multispectral Image

机译:基于Young-Helmholtz多光谱图像模型的仿生模式识别

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Biomimetic Pattern Recognition aim at finding the best coverage of per kind of sampleȁ9;s distribution in the feature space. It is based on the analysis of relationship of sample points in the feature space. According to the principle of ȁC;same sourceȁD;, research the same kind of samplesȁ9; distribution in the feature space can get eigenvector information with low data amount. This can be realized by ȁ8;coverage recognizing method of complex geometric body in high dimensional spaceȁ9;. Self-adaptive topological structure of high dimensional geometrical neuron model offers theoretical basis for its realization. In this paper, we propose Biomimetic Pattern Recognition theory Based on the Youngȁ3;Helmholtz model of Multispectral Images, and study its algorithm. The experiment result proves the efficiency of our theory.
机译:仿生模式识别旨在寻找每种样本在特征空间中分布的最佳覆盖率9。它基于对特征空间中样本点之间关系的分析。根据ȁC;相同来源ȁD;的原理,研究同类样品ȁ9;特征空间中的特征分布可以得到低数据量的特征向量信息。这可以通过ȁ8;高维空间中复杂几何体的覆盖识别方法method9来实现。高维几何神经元模型的自适应拓扑结构为其实现提供了理论依据。本文提出了一种基于Youngȁ3; Helmholtz多光谱图像模型的仿生模式识别理论,并对其算法进行了研究。实验结果证明了本文理论的有效性。

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