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Handwritten signature attributes for its verification

机译:手写签名属性进行验证

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摘要

Handwritten signature verification is a biometric technology that uses the signature for identification purposes with the aim of establishing the authority for making automated transactions, obtaining access to computer terminals or physical access to the controlled area. The effectiveness of biometric verification is determined mainly by difference of attributes used for authentication. The paper examines authentication systems based on handwritten signature and the main informative parameters of signature such as size, shape, velocity, pressure, etc. We analyzed their statistical characteristics and considered methods to extract them using Wavelet transform, discrete Radon and Fourier transforms. Handwritten signature data acquisition methods were investigated in order to design an effective verification algorithm.
机译:手写签名验证是一种生物识别技术,其将签名用于识别目的,旨在建立进行自动交易,获得对计算机终端的访问或对受控区域的物理访问的权限。生物验证的有效性主要取决于用于身份验证的属性的差异。本文研究了基于手写签名和签名的主要信息参数(例如大小,形状,速度,压力等)的身份验证系统。我们分析了它们的统计特性,并考虑了使用小波变换,离散Radon和Fourier变换提取它们的方法。为了设计一种有效的验证算法,研究了手写签名数据获取方法。

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