用两个扫描仪根据手指的不同图像生成唯一加密密钥的概率

Guoqiang Ma, Juan Liu, Bin Ni
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引用次数: 2

摘要

在实际情况中,一个手指在不同的时间被不同的扫描仪扫描,从而产生不同的指纹图像。基于指纹的密码系统的关键问题是如何从不同扫描器的指纹特征数据中实现唯一的加密密钥。本文研究了指纹密钥生成密码系统与基于指纹的识别系统的主要区别,提出了一种基于单张指纹图像的密码密钥生成方案。实验结果表明,即使图像来自不同的扫描仪,也有大约40%的手指可以生成相同的加密密钥。也就是说,即使用不同的扫描仪扫描一个手指的不同指纹图像,也可以生成一个唯一的加密密钥。这意味着今后的工作重点应该是图像质量检测技术和密钥生成方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Probability of a unique crypto key generation based on finger's different images with two scanners
In practical cases, one finger is always scanned with different scanners at different time, which generates different fingerprint images. The key issue of the fingerprint-based cryptosystem is how to realize a unique crypto key from a fingerprint feature data which may differ from scanner to scanner. In this paper, the main difference between the fingerprint key-generation cryptosystems and the fingerprint-based recognition system was studied and a crypto key generation scheme based on one fingerprint image was proposed. The experimental results showed that about forty percent fingers can generate a same crypto key even if the images are from different scanners. That is to say, a unique crypto key could be generated based on different fingerprint images of one finger even these images were scanned with different scanners. This means the efforts of future work should be the technology of image quality checking and key generation scheme.
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