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Comparative study of artificial neural network based classification of 1RS LISS-III satellite images

机译:基于人工神经网络的1RS Liss-III卫星图像分类的比较研究

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The remote is the widely used technology for monitoring the different resources available on earth surface from remote location. It is very important to interpret the different resources with the help of the satellite images. So, the purpose of this research paper is to classify the IRS P-6 LISS-III satellite image using the artificial neural network. The artificial neural network uses the supervised learning for the classification of the LISS-III satellite image. Here, the pixel based classification method is adopted for the classification of the LISS-III image. The proposed classifier is implemented using the Matlab 2010.The LISS-III satellite image of Mumbai region is used for training and testing the classifier. In the proposed paper the accuracy of classifier is calculated using the confusion matrix and Kappa coefficient, apart from the implementation of the artificial neural network here the different comparative study related to the impact of the number of hidden layers and number of the neurons is also performed.
机译:遥控器是广泛使用的技术,用于监控地球表面上可用的不同资源从远程位置。在卫星图像的帮助下解释不同的资源非常重要。因此,本研究论文的目的是使用人工神经网络对IRS P-6 Liss-III卫星图像进行分类。人工神经网络利用LISS-III卫星图像的分类进行监督学习。这里,采用基于像素的分类方法来用于Liss-III图像的分类。所提出的分类器是使用MATLAB 2010实现的。孟买区域的Liss-III卫星图像用于培训和测试分类器。在提出的纸张中,分类器的准确性使用混淆矩阵和κ系数来计算,除了在这里的人工神经网络的实施之外,还进行了与隐性层数的影响有关的不同比较研究以及神经元数量的影响。

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