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Diffusion and Encryption of Digital Image Using Genetic Algorithm

机译:遗传算法的扩散和加密数字图像

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The security level of any symmetric key algorithm is directly proportional to its execution time. The algorithm will be more secured if the number of iteration is increase. Soft computing methods are trying to reduce time complexity without compromise the security level. In this paper, an image has been encrypted by number of steps. At first, a key set has been developed based on 16 arbitrary characters and a large number. The image has been diffused in the next step. The key set and diffused image have been computed by genetic algorithm. Here, ring crossover and order changing mutation operator is used in genetic algorithm. The encrypted image is constructed based on logical operation between the diffused image and key. The effectiveness of the algorithm has been tested by number of statistical tests. Finally, a comparative study has been made between our proposed algorithm and some other algorithms. It has been observed that the proposed algorithm has given better result.
机译:任何对称密钥算法的安全级别与其执行时间成比例。如果迭代的数量增加,则将更确保该算法。软计算方法正在尝试降低时间复杂性而不会损害安全级别。在本文中,通过步数加密了图像。首先,已经基于16个任意字符和大量开发了一个密钥集。图像在下一步中已经扩散。通过遗传算法计算了密钥集和扩散图像。这里,在遗传算法中使用环交叉和顺序变化突变算子。加密图像基于漫射图像和键之间的逻辑操作来构造。算法的有效性已通过统计测试的数量进行测试。最后,在我们所提出的算法和一些其他算法之间进行了比较研究。已经观察到所提出的算法给出了更好的结果。

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