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Assessment of the authenticity of Dynamic Biometric Signature: The results of experiments

机译：动态生物特征签名真实性的评估：实验结果

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Nowadays the use of Dynamic Biometric Signature (DBS) is already an important alternative to the standard electronic signatures based on cryptographic methods. In our previous work we have concluded that every individual's movement can be defined by a set of parameters unique to that individual. Hence the verification of signature is ensured by the stability of the unique parameters during the creation of the signature and at the same time this unique set of parameters eliminates possibility of the signature being reconstructed by a counterfeiter. To verify these conclusions, we have conducted set of experiments in which we have focused on the issue of creation of DBS using a signature tablet with a focus to identify the causes that may have a significant impact especially on the settings of the level of acceptance During the tests each individual has created a biometric sample under different conditions and for different purposes. The paradigm where the individual was counterfeiting his/her own and other individuals' signatures following a training session also brought interesting results in terms of setting the parameters for validation SW. The results of the performed experiments showed that continuing in this direction will be very useful in promoting DBS into a routine practice, because they provide arguments in relation to the trustworthiness of DBS, even if there is a pressure to use AES on the basis of cryptographic methods.
机译：如今，动态生物特征签名（DBS）的使用已成为基于加密方法的标准电子签名的重要替代方法。在我们以前的工作中，我们得出的结论是，每个人的动作都可以由该人唯一的一组参数来定义。因此，通过在签名创建期间唯一参数的稳定性来确保签名的验证，并且与此同时，这组唯一的参数消除了伪造者重建签名的可能性。为了验证这些结论，我们进行了一系列实验，其中我们重点研究了使用签名板创建DBS的问题，重点是要确定可能造成重大影响的原因，尤其是对接受水平的设置。测试是每个人在不同条件下和出于不同目的创建的生物特征样本。在培训课程之后，个人伪造自己和他人签名的范例也为设置验证SW的参数带来了有趣的结果。进行的实验结果表明，继续这一方向对于将DBS推广到常规实践中将非常有用，因为即使存在基于密码学的使用AES的压力，它们也提供了与DBS的可信度相关的论点。方法。

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