混沌参数调制下RSA数据加密算法研究

随着网络信息通讯技术的发展,信息数据的通讯安全成为信息化网络信息数据通讯过程中的重要问题。面对大量侵入程序与数据漏洞的威胁,一套强有效的数据加密算法成为数据研究领域的研究方向。RSA数据加密算法作为如今常用的安全性最高的算法,在大数据动态数据节点混沌排列的条件下,无法有效保证数据的加密安全。混沌参数下,出现加密逻辑断裂、溢出、数列逆排等严重的算法漏洞。对此,提出混沌参数调制下RSA数据加密算法研究,采用混沌参数特征处理单元、特征序列逻辑控制单元与混沌FIE-RSA算法,对传统RSA加密算法存在的问题进行针对性解决。通过仿真实验证明,提出的混沌参数调制下RSA数据加密算法研究中,采用的一系列方法具有加密处理响应速度快、处理运算时间短、加密安全度高、反破解性能强等特点。

Under the chaotic parameter modulation RSA data encryption algorithm research

With the development of network information and communication technology, information of the data communication network information security become informationization the important problems in the process of data communication. Faced with the threat of a large number of invasive procedures and data leaks, a strong and effective data encryption algorithms become research direction in the field of study. RSA data encryption algorithm as the current algorithms for security is the highest, and on the big data under the condition of chaotic dynamic data node arrangement, is also unable to effectively ensure the safety of data encryption. Chaotic parameters, the crypto logical rupture, spilling, serious algorithms such as sequence inverse row holes. In this paper, chaotic parameter modulation of RSA encryption algorithm research, using chaotic parameters processing units, feature sequence logic control unit and the chaotic FIE - RSA algorithm for the problem of the traditional RSA encryption algorithm targeted to solve. Through the simulation experiments show that the chaotic parameter modulation of RSA encryption algorithm is put forward in the study, a series of methods have encryption processing fast response speed, operation time is short, with encryption security degree is high, the characteristics of anti cracking performance.