摘要
由于电力网络结构的脆弱性、存在技术缺陷与漏洞等情况,导致网络防御性能下降,为此,设计一种电力网络安全多层协同联动控制系统。该系统主要分为网络通信接收子系统、网络通信发送子系统、配置子系统、特征分析子系统以及协同联动控制子系统。协同联动控制子系统为整个系统核心部分,利用图灵计算模型设计协同联动控制子系统形式,构建该子系统存储模块、接口模块与协同联动引擎模块。结果表明系统不仅入侵攻击识别精度高、控制性能强,同时系统响应性能良好,实现了一个具有开放与通用、易扩展的多层联动控制系统。
The vulnerability of power network structure,technical defects and vulnerabilities lead to the decline of network defense performance.Therefore,a multi-layer cooperative control system for power network security is designed.The system is mainly divided into network communication receiving subsystem,network communication sending subsystem,configuration subsystem,feature analysis subsystem and collaborative linkage control subsystem.The collaborative linkage control subsystem is the core part of the whole system.The form of collaborative linkage control subsystem is designed by using turing computing model,and the storage module,interface module and collaborative linkage engine module of the subsystem are constructed.The results show that the proposed system not only has high intrusion identification accuracy and strong control performance,but also has good response performance.It realizes an open,universal and easy to expand multi-layer linkage control system.
作者
翟柱新
严欣
ZHAI Zhu-xin;YAN Xin(Dongguan Power Supply Bureau of Guangdong Power Grid Co.,Ltd.,Dongguan 523000 China)
出处
《自动化技术与应用》
2023年第9期99-102,111,共5页
Techniques of Automation and Applications
关键词
入侵攻击
电力网络安全
协同联动控制
网络通信发送
特征分析
intrusion attack
power network security
coordinated linkage control
network communication sending
feature analysis
