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Computationally Efficient Ciphering Scheme for Image Encryption Using Common Division and Genetic Algorithm

机译:使用公共划分和遗传算法的图像加密的计算上高效的加密方案

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It can be observed from the past ten years, remarkable progress has been made in the field of science and technology in terms of speed, throughput and computation. Scientists gained the ability to elucidate information from any given advanced computing systems with the help of technology. Efforts have been put forth for a new ciphering scheme with common division and genetic algorithm for image encryption process. This approach is unique in its way as it is applicable for any type of file, the feature of this encryption approach provides data security and feasibility for practical applications. In this paper binary image is considered for the evaluation process. The results show that the proposed method is computationally efficient ciphering scheme for image encryption. The security of the encryption process is further enhanced by using genetic algorithm.
机译:在过去的十年中可以观察到,在速度,吞吐量和计算方面,科学技术领域已经取得了显着进展。科学家在技术的帮助下获得了从任何给定的先进计算系统中阐明信息的能力。具有用于图像加密过程的共同分割和遗传算法的新加密方案的努力。这种方法的方式是唯一的,因为它适用于任何类型的文件,这种加密方法的特征为实际应用提供了数据安全性和可行性。在本文中,将考虑二进制图像进行评估过程。结果表明,该方法是用于图像加密的计算有效的加密方案。使用遗传算法进一步增强了加密过程的安全性。

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