网络传输中关键大数据加密存储系统设计

Design of key big data encryption storage system in network transmission

网络时代对数据传输安全性要求较高,针对此问题设计一种新的关键大数据加密存储系统,改善网络传输中关键大数据的安全性能。该系统通过用户访问终端与服务器组传输网络关键大数据,利用密码计算引擎、AES加密模块、加密存储设备生成大数据密码、完成加密存储工作;软件部分,利用加密大数据存储分布规则、信号特征调度函数完成加密大数据优化存储;采用频率标准差衡量冗余加密大数据特征压缩系数,通过负载均衡控制压缩冗余加密大数据特性,并施加特性约束和波束校验,获取超高密度的加密大数据。研究结果表明,该系统加密频率波动小、加密存储频率高,加密结果不易破解,是一种崭新的网络传输关键大数据加密存储途径。

The requirement of data transmission security is high in the network era.In order to meet the requirement,a new key big data encryption storage system is designed to improve security of key big data in network transmission.The system transmits key big data of network through user access terminal and server group,generates big data password and completes en-crypted storage by using cryptographic computing engine,AES encryption module and encrypted storage device.In software part,the encrypted big data is optimized and stored by utilizing the encrypted big data storage distribution rules and signal char-acteristic scheduling function,and frequency standard deviation is adopt to measure the feature compression coefficient of redun-dant encrypted big data.The redundancy encrypted big data feature is compressed by means of load balancing control,and the feature constraint and beam check are imposed to obtain ultra-high density encryption big data.The research results show that the encryption frequency fluctuation of the system is small,its encrypted storage frequency is high,and its encrypted results are not easy to crack.It is a new way for the encrypted storage of key big data in network transmission.