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Comparative Analysis of Fabric Fault Detection Using Hybrid Approach

机译:混合方法对织物故障检测的比较分析

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This paper focuses on the fabric fault detection for variable sized textile images collected from textile industry. This paper presents the comparative analysis of Fabric Detection using hybrid approach where GLCM, Gabor Wavelet technique is used for image extraction and Random Forest Decision technique is used for image classification. The texture is observed as one of the utmost significant feature in the process of analysis of image and recognition of patterns. The incorporation of GLCM and Gabor Wavelet is being applied in order to obtain the best feature images of fabrics. The co-occurrence matrix has better processing effect for global region of images. Similarly, in attaining several level scales. Several level directional and native information in frequency domain Gabor Wavelet results are found excellent in performing the work. To categorize the defective and non-defective images into defective or non-defectiveness of the intended fabric image and in detecting the same the classification phase involves the Random forest classifier involved.
机译:本文侧重于从纺织业收集的可变大小纺织图像的织物故障检测。本文介绍了使用混合方法的织物检测对比分析,其中GLCM,Gabor小波技术用于图像提取和随机林决策技术用于图像分类。观察纹理是分析图像和模式识别过程中的最重要的特征之一。正在应用GLCM和GABOR小波的掺入,以获得织物的最佳特征图像。共发生矩阵对全局图像具有更好的处理效果。同样,在获得几个级别的尺度时。频域Gabor小波结果中的几个级别方向和本机信息在执行工作方面被发现。为了将缺陷和不缺陷的图像分类为预期织物图像的有缺陷或不缺陷的缺陷,并且在检测相同的分类阶段涉及所涉及的随机林分类器。

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