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Application of Texture Analysis in Coastal Object Classification

机译:纹理分析在海岸物体分类中的应用

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Abstract:Texture feature of image is one of the most important factors in the processing of information extraction from satellite scene image. In this paper the texture feature analysis was introduced in the processing of the classification of the objects in coastal zone. During the texture analysis process, how to extract effectively the texture features is the key factor. In the experiment of coastal classification, this paper introduced a method of a set of texture features selection based on step-by-step discriminance. Texture is described by Gray level co-occurrence matrix in this study, and there are 192 texture features to describe the characteristics of coastal objects. With the features selection method presented by this paper, five values were chosen as the representatives to classify the object texture feature. By means of the neural networks the object classification mode based on the texture features was defined and the object classifications of the southern coast of Laizhou Bay were carried out. Results show the step-by-step discriminance not only can decrease the dimension of the texture feature database, but also ensure and improve the accuracy of the classification, and the classification accuracy was up to 83.4%. The neural networks mode is the most effective method to account for the classification of the typical objects in coastal zone.
机译:摘要:图像的纹理特征是处理卫星场景图像信息提取中最重要的因素之一。本文将纹理特征分析引入到沿海地带物体分类的处理中。在纹理分析过程中,如何有效地提取纹理特征是关键因素。在海岸分类实验中,介绍了一种基于逐步判别的纹理特征选择方法。本研究利用灰度共生矩阵描述了纹理,并描述了192个纹理特征来描述沿海物体的特征。利用本文提出的特征选择方法,选择了五个值作为代表来对物体纹理特征进行分类。借助神经网络,定义了基于纹理特征的目标分类模式,并对莱州湾南海岸进行了目标分类。结果表明,分步识别不仅可以减小纹理特征数据库的维数,而且可以保证和提高分类的准确性,分类精度高达83.4%。神经网络模式是解决沿海地区典型物体分类的最有效方法。

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