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Parallelization of Cryptographic Algorithm & Key Identification Using Genetic Algorithm Approach

机译:密码算法的并行化和使用遗传算法的密钥识别

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Now days, the a mount of transfer of data over large network is increasing day by day. As there is increase in data transfer, simultaneously there are security threats that are arising with it. In this paper we are proposing cryptogra phic systems that make use of genetic algorithm to securely transfer the data over large netw ork. This approach helps us to provide high achievability to transfer data securely. The techniques that we are using for encryption & decryption are based on genetic algorithm which will help us to efficiently encrypt the data which is resistible for any kind of external attacks. Then we will parallelize it using Open Mp language which accelerates the transformation of data to achieve high security. Then analyze the performance for both code serial and parallel execution.
机译:如今,通过大型网络进行的数据传输越来越多。随着数据传输的增加,与此同时也带来了安全威胁。在本文中,我们提出了一种利用遗传算法在大型网络上安全地传输数据的加密系统。这种方法可帮助我们提供安全地传输数据的高可用性。我们用于加密和解密的技术是基于遗传算法的,它将帮助我们有效地加密可抵抗任何外部攻击的数据。然后,我们将使用Open Mp语言对其进行并行化,该语言可加速数据转换以实现高安全性。然后分析代码串行和并行执行的性能。

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