Fastener recognition using combination of colour features with shape-based features and Zernike moments

Nur Diyanah Mustaffa Kamal, Nor’aini Jalil
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引用次数: 1

Abstract

This paper presents feature extraction techniques using shape-based features and Zernike moments combined with colour attributes. Features are extracted to classify 30 different fasteners which differ in term of size and colour. Red, green and blue channels of the images are used to extract the features for the colour based technique. For Zernike moments' technique, various orders and repetitions are used as descriptors. In term of shape-based technique, various pixel-based measurements are used such as major axis length, perimeter and solidity. Single hidden layer feed forward artificial neural network is used as the classifier. The experimental result shows shape-based technique combined with colour features yields a good result of 99.89% correct classification accuracy.
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结合颜色特征、形状特征和泽尼克矩的紧固件识别
本文提出了基于形状特征和泽尼克矩结合颜色属性的特征提取技术。提取特征对30种不同尺寸和颜色的紧固件进行分类。利用图像的红、绿、蓝通道提取特征,实现基于颜色的技术。对于泽尼克矩技术,不同的顺序和重复被用作描述符。在基于形状的技术方面,使用各种基于像素的测量,如长轴长度,周长和坚固度。采用单隐层前馈人工神经网络作为分类器。实验结果表明,基于形状的分类技术结合颜色特征的分类准确率达到99.89%。
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