[1]林团娇.基于5G技术的高校智慧图书馆通信数据加密方法[J].信息化理论与实践,2022,02(02):198-203.
　Lin Tuanjiao.Communication Data Encryption Method for University Smart Library Based on 5G TechnologyLin Tuanjiao[J].Information Theory and Practice,2022,02(02):198-203.
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基于5G技术的高校智慧图书馆通信数据加密方法()
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《信息化理论与实践》[ISSN:2520-5862/CN:]

卷:
02
期数:
2022年02
页码:
198-203
栏目:
出版日期:
2023-12-30

文章信息/Info

Title:
Communication Data Encryption Method for University Smart Library Based on 5G TechnologyLin Tuanjiao
作者:
林团娇
(福州工商学院 福建福州 350017)
Author(s):
Lin Tuanjiao
(Fuzhou Technology and Business University, Fuzhou,Fujian,350017, China)
关键词:
5G; 智慧图书馆; 数据加密
Keywords:
5G;  Smart Library;  Data encryption
摘要:
目的]由于传统数据加密方法加密不稳定，安全性差，研究基于5G技术的高校智慧图书馆通信数据加密方法。[方法]设定多种加密等级和文字编码，调整编码生成序列，对数据预处理并进行加密节点的布设。将接收到的加密信息安全储存在基于5G技术的多节点通信网络数据模型中。调整接口之间的频差，计算丢失补偿值完成通信网络数据加密传输。[结果]实验结果表明，运用本文方法雪崩效应系数均在临界值以下，加密稳定性和安全性强。[局限]但是本文方法在信息聚类过程中会产生负载。[结论]本文设计方法在大量用户在线情况下，能安全稳定实现数据加密，完成基于5G技术的高校智慧图书馆通信数据加密方法的有效应用。
Abstract:
Purpose] Due to the unstable encryption and poor security of traditional data encryption methods, a 5G based communication data encryption method for university smart libraries was studied. [Methods] Set multiple encryption levels and text encoding, adjust the encoding generation sequence, preprocess the data, and deploy encryption nodes. Securely store the received encrypted information in a multi node communication network data model based on 5G technology. Adjust the frequency difference between interfaces and calculate the loss compensation value to complete the encrypted transmission of communication network data. [Results] The experimental results show that the avalanche effect coefficients using this method are below the critical value, and the encryption stability and security are strong. [Limitations] However, the method in this article may generate load during the information clustering process. [Conclusions] The design method in this article can achieve secure and stable data encryption when a large number of users are online, and complete the effective application of the 5G technology based communication data encryption method for university smart libraries

参考文献/References:

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备注/Memo

备注/Memo:
更新日期/Last Update: 2024-06-20