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Maximum relevance and class separability for hyperspectral feature selection and classification

机译:高光谱特征选择和分类的最大相关性和类别可分性

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Regarding a growing interest into exploiting hyperspectral images in the plethora of applications such as chemical material identification, agricultural crop mapping, military target detection and etc., myriad approaches have been introducing to interpret and analyze such data. In this paper, I am going to propose a novel method using the combination of two conventional method. Firstly, I use an evolutionary algorithm i.e., multi-objective particle swarm optimization (MOPSO) to select a predefined number of features (spectral bands) and then a well-known classifier i.e., support vector machines (SVMs) is deployed for classification.
机译:关于在诸如化学材料识别,农业作物映射,军事目标检测等血清应用中利用高光谱图像的兴趣日益增长,无数方法一直在引入解释和分析这些数据。在本文中,我将采用两种常规方法的组合提出一种新的方法。首先,我使用进化算法,即,多目标粒子群优化(MOPSO)来选择预定义的特征数(光谱频带),然后部署支持向量机(SVM)以进行分类。

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