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Forgery Attack to an Asymptotically Optimal Traitor Tracing Scheme

机译:伪造攻击渐近最佳叛徒追踪方案

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In this paper, we present a forgery attack to a black-box traitor tracing scheme [2] called as CPP scheme. CPP scheme has efficient transmission rate and allows the tracer to identify a traitor with just one invalid ciphertext.Since the original CPP scheme is vulnerable to the multi-key attack, we improved CPP to thwart the attack. However, CPP is vulnerable to a fatal forgery attack. In the forgery attack, two traitors can collude to forge all valid decryption keys. The forged keys appear as perfect genuine keys, can decrypt all protected content, but are untraceable by the tracer. Fortunately, we can patch this weakness with increasing the decoder storage.
机译:在本文中,我们向黑匣子叛徒追踪方案[2]展示了一个伪造的攻击,被称为CPP方案。 CPP方案具有高效的传输速率,并允许示踪剂用只有一个无效的密文来识别叛徒.Since原始的CPP方案容易受到多关键攻击的影响,我们改进了CPP挫败了攻击。然而,CPP容易受到致命伪造攻击的影响。在伪造的攻击中,两个叛徒可以勾结锻造所有有效的解密密钥。伪造的键显示为完美的正版键,可以解密所有受保护的内容,但无法通过示踪剂无法分配。幸运的是,我们可以通过增加解码器存储来修补这种弱点。

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