摘要
数据加密技术嵌入通信体系核心环节,支撑密钥协商、通道隔离、节点认证多维安全控制。聚焦网络通信环境下的数据加密需求特征,构建非对称与对称加密联合模型,覆盖高频通信、虚拟专网、无线信道以及邮件系统等场景下的加密策略部署,涵盖载荷封装机制、完整性校验函数、密钥轮转逻辑及认证路径约束。结合异构网络测试结果,评估加密架构在多源输入、高速传输及权限隔离条件下的响应效率与稳定水平。
Data encryption technology is embedded in the core link of communication system,which supports multi-dimensional security control of key agreement,channel isolation and node authentication.Focusing on the characteristics of data encryption requirements in network communication environment,this paper constructs a joint model of asymmetric and symmetric encryption,covering the deployment of encryption policies in high-frequency communication,virtual private network,wireless channel and mail system,including load encapsulation mechanism,integrity check function,key rotation logic and authentication path constraints.Combined with the test results of heterogeneous network,the response efficiency and stability level of encryption architecture under the conditions of multi-source input,high-speed transmission and privilege isolation are evaluated.
作者
常恪迎
侯娅
李甲
王观宁
刘亚童
CHANG Keying;HOU Ya;LI Jia;WANG Guanning;LIU Yatong(Yuncheng County Public Opinion Survey Center,Heze 274700,China;Yuncheng County Health Development Center,Heze 274700,China;Shuangqiao Town Health Center,Yuncheng County,Heze 274700,China;Yuncheng County Center for Disease Control and Prevention,Heze 274700,China;Dongguan Primary School,Yuncheng County,Heze 274700,China)
出处
《通信电源技术》
2025年第18期137-139,共3页
Telecom Power Technology
关键词
数据加密技术
计算机网络通信安全
密钥协商
data encryption technology
computer network communication security
key negotiation
