摘要
由于传统方法缺乏对用户身份的加密鉴别,导致网络架构的安全性较差。对此,设计了网上国网电力信息交互新型网络架构。结合密码鉴别方式、标识与识别网络用户的访问身份,并根据用户等级,对网络访问权限进行分配。以节点占用率为约束目标,对路由跳数以及传输路径可靠度进行约束,构建网络可靠路由优化函数。整合网络功能模块,结合层次化思维,构建网上国网电力信息交互网络。实验结果表明,设计方法构建的网上国网电力信息交互新型网络架构,具有较高的攻击防御率,其网络安全性能较好。
Because of the lack of encryption authentication of user identity in traditional methods,the security of the network architecture is poor.Therefore,a new network architecture for online power information exchange between State Grid Corporation of China has been designed.By combining password authentication methods,identify the access identity of network users,and allocate network access permissions based on user level.Using node occupancy rate as a constraint objective,the number of routing hops and transmission path reliability are constrained to construct a network reliable routing optimization function.Network functional modules are integrated,and combine hierarchical thinking.An online power information exchange network is constructed for State Grid Corporation of China.The experiment results show that the new network architecture for online power information exchange constructed by the design method has a high attack defense rate and good network security performance.
作者
王茜璇
金丽
叶尔森·赛里克
WANG Qian-xuan;JIN Li;Yeersen·Sailike(State Grid XinJiang Electric Power Co.,Ltd.Marketing Service Center,Urumqi 830000,China)
出处
《信息技术》
2025年第12期102-107,共6页
Information Technology
关键词
电力信息
网上国网
网络架构
层次化
攻击防御率
electricity information
Online State Grid
network architecture
hierarchical
attack defe-nse rate
