摘要
为了应对日益增长的网络攻击和安全威胁,保护用户隐私和数据的完整性,确保5G无线通信的安全性,提出基于动态密钥的5G无线通信数据加密方法.首先采用多径相对时延的方式生成动态密钥;其次,使用密钥传输协议建立会话密钥,将生成的密钥传输到接收方,防止被窃听方破解密钥;最后,利用基于BiGRU的通信数据加解密模型对无线通信数据展开加密,得到最终加密的结果,提高通信数据的安全性.实验证明,基于动态密钥方法可以完成对无线通信数据的加密,且加密效果较好.
In order to cope with the growing network attacks and security threats,protect user privacy and data integrity,and ensure the security of 5G wireless communication,a data encryption method of 5G wireless communication based on dynamic key is proposed.Firstly,the dynamic key is generated by multi-path relative delay.Secondly,the key transmission protocol is used to establish session key,and transmit the generated key to the receiver,preventing the eavesdropper from cracking the key.Finally,the communication data encryption and decryption model based on BiGRU is utilized to encrypt the wireless communication data,and the final encrypted result is obtained to enhance the security of communication data.Experiments show that method based on dynamic key can complete the encryption of wireless communication data,and the encryption performance is good.
作者
张海锋
耿中宝
ZHANG Haifeng;GENG Zhongbao(Information and Equipment Management Division,Zhengzhou Business University,Gongyi 451200,China)
出处
《西安文理学院学报(自然科学版)》
2025年第2期29-34,共6页
Journal of Xi’an University(Natural Science Edition)
基金
2023年河南省本科高校智慧教学专项研究项目(78)。
关键词
多径相对时延
动态密钥
密钥传输协议
窃听方
数据加密
multipath relative delay
dynamic key
key transfer protocol
eavesdropper
data encryption
作者简介
张海锋(1996-),男,河南汝阳人,郑州商学院助教,主要从事计算机网络、网络规划研究;通讯作者:耿中宝(1993-),男,河南孟州人,郑州商学院讲师,主要从事计算机网络、智慧化教学研究。
