The experimental results show that the watermarking algorithm has strong hiding and robustness for anti-attack.
实验结果表明,该水印算法具有很强的隐藏性和抗攻击的鲁棒性。
An application example is given. Finally the security performance and anti-attack performance from both traditional block encryption algorithm and improved algorithm are analyzed and compared.
并给出了改进算法加密图像数据的应用实例,分析比较了改进后的算法和传统分组密码算法在安全性和抗破译性方面的性能。
Testing data shows that this encryption algorithm is faster than conventional ones and its anti-attack ability is reinforced by encryption improvement and randomization.
测试数据表明,该算法比同类型的加密算法速度快,而且加密方法的变型性以及轮密钥选取的随机性将增强加密算法的抗攻击性。
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