基于改进椭圆曲线移动通信数据无条件加密方法的信创安全应用
Application of Information Creation Security Based on Improved Elliptic Curve Mobile Communication Data Unconditional Encryption Method
陈青钦 1杨新涛 1常津铭 1李果 1周晓伟1
作者信息
- 1. 中国移动通信集团四川有限公司,四川 成都 610066
- 折叠
摘要
当前信创安全处理在进行信息的传输处理过程中,一般会采用基础性单向秘钥设计,导致解密错误率增加,为此提出对基于改进椭圆曲线移动通信数据无条件加密方法的信创安全应用研究.根据当前测定,先进行信创数据采集与特征提取,采用多阶的方式,构建组合的加密形式,生成多阶密钥,在此基础之上,构建改进椭圆曲线通信数据无条件加密信创方法模型,采用同态验证的方式来最终实现信创安全防护处理.测试结果表明:对比于传统大数据信创安全处理方法、传统国密算法信创安全处理方法,此次设计的改进椭圆曲线移动通信数据无条件加密信创安全处理方法最终得出的解密错误率相对较低,这说明该设计的新创安全防护的效果更佳,针对性更强,具有实际的应用价值.
Abstract
At present,in the process of information transmission and processing,the basic unidi-rectional key design is generally used in the information creation security processing,which leads to an increase in the decryption error rate.Therefore,the application research of information creation security based on the improved elliptic curve unconditional encryption method of mo-bile communication data is proposed.According to the current measurement,the information creation data collection and feature extraction are carried out first,and the combined encryption form is constructed in a multi-level way to generate multi-level keys.On this basis,the im-proved unconditional encryption information creation method model of elliptic curve communi-cation data is constructed,and the homomorphic verification method is adopted to finally realize the information creation security protection processing.The test results show that:compared with the traditional big data information creation security processing method and the traditional national secret algorithm information creation security processing method,the decryption error rate of the improved elliptic curve mobile communication data unconditional encryption security processing method is relatively low,which indicates that the new innovation security protection effect of the design is better,more targeted,and has practical application value.
关键词
改进椭圆曲线/移动通信/数据加密/无条件加密/信创安全/加密应用Key words
improved elliptic curve/Mobile communication/Data encryption/Unconditional en-cryption/Letter creation safety/Encryption applications引用本文复制引用
出版年
2024
NETL
NSTL
万方数据