Iterative Encryption Method of Transmission Data Anti-Tampering Based on Big Data

In order to improve the security of transmission data storage in supercomputer network, a supercomputer network transmission data encryption technology based on elliptical hyperbolic iterative coding is proposed. The elliptical hyperbolic differential equation is constructed, and the big data of the supercomputer network is loaded into the elliptical hyperbolic differential equation. A set of high-order statistical characteristic solutions describing the frequency of the quantitative coding symbol are obtained. The tamper-proof iterative encryption cipher design and the public key coding configuration are carried out. The random quantitative coding fusion method is used to carry out the tampering proof iteration of the computer network transmission data. The anti-tampering encryption, secure storage and transmission of data transmission in supercomputer network are realized under Logistics chaotic mapping system. The simulation results show that the encryption technology has good tamper proof performance, strong anti-attack ability and good secure transmission performance for supercomputer network transmission data encryption.