基于神经网络的织物缺陷分类特征选择

Md. Tarek Habib, M. Rokonuzzaman
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引用次数: 1

摘要

多年来,人们对自动化,即基于机器视觉的织物检测系统进行了大量研究,以取代耗时且不够准确的人工检测。织物自动检测系统主要涉及两个具有挑战性的问题,其中一个是疵点分类。迄今为止,为解决缺陷分类问题所做的研究是不够的。场景分析和特征选择在分类过程中起着非常重要的作用。不充分的场景分析导致不适当的特征集。选择不合适的特征集会增加后续步骤的复杂性,并使分类任务更加困难。考虑到这一点,我们提出了一个可能合适的特征集,以解决使用神经网络(NN)进行织物缺陷分类的问题。我们从特征识别质量和特征提取难度的角度对特征进行了论证。我们进行了一些实验,以显示所提出的特征的效用。发现了很好的分类精度。
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Selection of distinguishing features for fabric defect classification using neural network
Over the years significant research has been performed for automated, i.e. machine vision based fabric inspection systems in order to replace manual inspection, which is time consuming and not accurate enough. Automated fabric inspection systems mainly involve two challenging problems, one of which is defect classification. The amount of research done to date to solve the defect classification problem is insufficient. Scene analysis and feature selection play a very important role in the classification process. Insufficient scene analysis results in an inappropriate set of features. Selection of an inappropriate feature set increases complexities of subsequent steps and makes the classification task harder. Considering this observation, we present a possibly appropriate feature set in order to address the problem of fabric defect classification using neural network (NN). We justify the features from the point of view of distinguishing quality and feature extraction difficulty. We perform some experiments in order to show the utility of proposed features. Promising classification accuracy has been found.
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