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A novel and robust fingerprinting technique for digital data based on Genetic Algorithm

机译:基于遗传算法的新型鲁棒数字指纹技术

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With the rapid sharing of secret documents over the Internet, identifying an unauthorized copying and identity of the guilty agent is becoming more important. Fingerprinting techniques ensure ownership protection and tamper proofing and help in identifying the guilty agent who is responsible for the data leakage. However, these techniques are not robust when the guilty agent attacks the data in a large amount. In this paper a novel and robust, fingerprinting technique is proposed through employing Genetic Algorithm (GA) - a biologically inspired evolutionary computation technique. The robustness of the proposed technique is demonstrated against collusion, deletion and alteration attacks.
机译:随着因特网上秘密文件的快速共享,识别有罪代理的未经授权的复制和身份变得越来越重要。指纹技术可确保所有权保护和防篡改,并有助于识别负责数据泄漏的有罪代理。但是,当有罪代理大量攻击数据时,这些技术并不可靠。在本文中,通过采用遗传算法(GA)(一种生物学启发的进化计算技术),提出了一种新颖而强大的指纹识别技术。所提出的技术的鲁棒性被证明可以防止共谋,删除和更改攻击。

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