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Classification of remote sensed data using linear kernel based support vector machines

机译:使用基于线性核的支持向量机对遥感数据进行分类

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Study of remote sensed imagery has gained practical significance in various domains such as environmental monitoring, fire risk mapping, change detections and land use. Classification is a data mining methodology which is used to assign class labels to data instances and build a model so as to be able to predict class labels for unlabelled data. In this paper algorithms based on parametric distribution model like k nearest neighbor classifier and linear kernel based support vector machines classifier are used for classifying remote sensed data. A generic algorithm is discussed to implement the said classification. We finally analyze the performance of these algorithms based on various parameters.
机译:遥感影像的研究在环境监测,火灾风险制图,变化检测和土地利用等各个领域都具有实际意义。分类是一种数据挖掘方法,用于将类别标签分配给数据实例并构建模型,以便能够预测未标记数据的类别标签。本文采用基于参数分布模型的算法,如k最近邻分类器和基于线性核的支持向量机分类器,对遥感数据进行分类。讨论了用于实现所述分类的通用算法。最后,我们根据各种参数分析这些算法的性能。

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