基于分层som的大图像数据集分类

Akihiko Nakagawa, Andrea Kutics
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引用次数: 2

摘要

目前,对包含任意域图像的大图像数据集进行充分分类变得越来越重要。然而,上述问题尚未得到普遍解决。为了进行多特征分析,从而进行图像分类,必须选择和组合识别大型图像数据集中可能的底层结构和相似特征的最合适的描述符。本文通过开发一种多层无监督学习方法,对原始SOM进行了改进。该方法适用于多图像描述子非线性组合的大图像数据集的分析和分类。它提高了图像聚类的精度,减少了计算所需的时间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Classification in Big Image Datasets Using Layered-SOM
Adequately classifying big image datasets containing images of arbitrary domains is getting more and more important nowadays. However the above mentioned problem has yet to be solved generally. The most suitable descriptors recognizing possible underlying structures and similar characteristics within large image datasets have to be selected and combined in order to carry out multi-feature analysis and thus image classification. This paper presents an enhancement of the original SOM via developing an unsupervised learning method using multiple layers. This method is appropriate of analyzing and classifying big image datasets with combining multiple image descriptors nonlinearly. It increases the precision of image clustering as well as reducing the time required for computation.
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