首页> 外文会议>GNSS and Integrated Geospatial Applications: Geoinformatics 2006; Proceedings of SPIE-The International Society for Optical Engineering; vol.6418 >Utility of Neural Net Classification for Remote Sensing Data Based on an Improved Image Fusion Algorithm
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Utility of Neural Net Classification for Remote Sensing Data Based on an Improved Image Fusion Algorithm

机译:改进的图像融合算法在神经网络分类中的应用

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摘要

There are many different advantages and disadvantages in traditional subpixel classification methods such as uncertain classification accuracy, etc. which bring limitations for commonly application. In recent years, many algorithms have been used to resolve these problems. In this paper, based on an optimized image fusion algorithm, a comparison experiment on traditional maximum likelihood classification and neural net classification is performed. According to the classification accuracy data, the overall accuracy of classification increased from 81.67% to 89.67%.
机译:传统的亚像素分类方法有许多不同的优缺点,例如不确定的分类精度等,这给通常的应用带来了局限性。近年来,许多算法已用于解决这些问题。本文基于优化的图像融合算法,进行了传统最大似然分类与神经网络分类的对比实验。根据分类准确性数据,分类的整体准确性从81.67%提高到89.67%。

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