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OfflineWriter Identification from Isolated Characters Using Textural Features

机译:使用纹理特征的孤立字符的离线手机识别

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Study on behavioural biometric has gained renewed interest from researchers in recent years. Writer identification and verification is one of the areas that has promising prospect in real-life applications like forensic, security, access control, HOCR (Handwritten Optical Character Recognizer), etc.We could not find any complete system for writer identification/verification on Indic scripts including Bangla. In this proposed method, we have modified and evaluated the performance of FFT (Fast Fourier Transform), GLCM (Gray-Level Co-occurrence Matrix), DCT (Discrete Cosine Transform) on our general unconstrained Bangla character database. The database is a collection of total 53250 Bangla characters (38250 alphabets + 7500 Bangla numerals + 7500 Bangla vowel modifiers) from 150 writers with 5 sets from each writer. Modification on FFT, GLCM and DCT to use as textural features and combination of those features produces promising results. The results show that our method is comparable with other available works and capable of handling large volume of data.
机译:近年来,对行为生物识别的研究已经获得了研究人员的重新感兴趣。作者识别和验证是现实生活中具有前景前景的领域之一,如法医,安全性,访问控制,异历(手写的光学字符识别器)等。我们无法找到任何完整的作品识别/验证系统剧本包括孟加拉。在这种提出的方​​法中,我们已经修改和评估了FFT(快速傅里叶变换),GLCM(灰度级共有矩阵),DCT(离散余弦变换)对我们一般无约束的Bangla字符数据库的性能的性能。数据库是总共53250个Bangla字符的集合(38250个字母+ 7500 Bangla Numerals + 7500 Bangla Movel修饰符),从150名作家中有5套。修改FFT,GLCM和DCT用作纹理特征和这些功能的组合产生了有希望的结果。结果表明,我们的方法与其他可用作品相当,能够处理大量数据。

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