重要机场电能保障系统静态抗毁性仿真优化研究  

Simulation optimization of static invulnerability of important airfield power system

作　　者：黄帅 雷永辉 查吕应 戢华 吴坤茂 常刚[3] HUANG Shuai;LEI Yonghui;ZHA Lvying;ZHE Hua;WU Kunmao;CHANG Gang(Defense Engineering Institute,AMS,PLA,Wuhan 430015,China;Unit 32166 of PLA,Lhasa 850000,China;Unit 62201 of PLA,Xining 810001,China)

机构地区：[1]军事科学院国防工程研究院,湖北武汉430015 [2]中国人民解放军32166部队,西藏拉萨850000 [3]中国人民解放军62201部队,青海西宁810001

出　　处：《防护工程》2023年第1期48-52,共5页Protective Engineering

摘　　要：为深入研究重要机场电能保障系统抗毁性,在拓扑结构抗毁性仿真研究的基础上,对仿真模式进行了大量优化。增加了防护、地理信息、拓扑信息、攻击精度等机制,通过改进仿真流程,丰富攻击策略,大幅提高仿真的实用价值。结合重要机场电能保障系统案例,应用优化后的仿真模式,明确拓扑信息度、攻击强度对攻击方案的影响,分析攻击波次与线路损毁、系统效能的关系,对比各种攻击策略的损毁效果。In order to conduct in-depth study of the invulnerability of important airfield power system, a lot of optimization work has been done on the simulation mode on the basis of topology structure invulnerability simulation research, which includes the addition of such mechanisms as protection, geographic information, topological information and attack precision, the improvement of the simulation process, the enrichment of attack strategies, and the great increasement of the practical value of the simulation. This paper, in combination with the case of important airfield power system, used the optimized simulation mode to identify the influence of topology information and attack precision on the attack plan, analyzed the relationship between the attack waves and the line damage and the system effectiveness, and compared the damage effects of various attack strategies.

关 键 词：重要机场电能保障系统 静态抗毁性 仿真优化 信息度 蓄意攻击策略 

分 类 号：V351.31[航空宇航科学与技术—人机与环境工程]