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PALMPRINT VERIFICATION BASED ON FRACTAL CODES AND FRACTAL DIMENSIONS

机译:基于分形码和分形维数的PalmPRINT验证

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Palmprint is one of the relatively new physiological biometric that rich with unique and stable texture information. An important issue in palmprint verification is extract palmprint features that can discriminate a person from the other. This paper proposes a new technique to extract the palmprint features based on fractal characteristics.The binary palmprint image is formed based on position of range block of fractal codes. The fractal dimension image is formed from the binary image. The fractal dimension image is divided into a set n blocks and the mean value of each block is used to form the feature vector. The normalized correlation metrics is used to measure the degree of similarity of two features vectors of palmprint images.We collected 1050 palmprint images, 5 samples from each person, for 210 persons. Experimental results show that our proposed method can achieve an acceptable accuracy rate with FRR = 0.4785, and FAR= 0.3435.
机译:掌纹是相对较新的生理生物特征之一,具有独特且稳定的纹理信息。掌纹验证中的一个重要问题是提取的掌纹特征可以将一个人与另一个人区分开。本文提出了一种基于分形特征提取掌纹特征的新技术。基于分形码范围块的位置形成二值掌纹图像。分形维数图像由二值图像形成。分形维数图像被分为一组n个块,每个块的平均值用于形成特征向量。归一化的相关度量用于测量掌纹图像的两个特征向量的相似度。我们收集了1050张掌纹图像,每个人有5个样本,共210人。实验结果表明,本文提出的方法在FRR = 0.4785和FAR = 0.3435时可以达到可接受的准确率。

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