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基于威力度和支撑度相结合的电磁防泄漏态势威胁排序

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为解决目标威胁评估方法考虑维度单一的问题和满足复杂场景下电磁防泄漏态势红蓝综合评估的需求,提出了一种基于威力度和支撑度相结合的电磁防泄漏态势威胁排序方法.首先综合分析电磁防泄漏态势的应用场景,构建了威胁分析模型.然后分析蓝方电子侦察目标的作战能力,根据目标侦察发现模型构建威力度评估指标,再构建红方用频设备的多要素支撑度评估指标体系,得到支撑度评估向量.最后,通过求解威胁分析矩阵对威胁进行评估和量化排序,并利用典型应用场景对方法的可靠性进行验证.实验结果表明,相比于单威胁的判断方法,所提的威胁排序方法能够更合理地评估蓝方侦察的威胁等级和红方设备的泄漏风险,为指挥员快速掌握电磁防泄漏威胁态势提供依据.
An electromagnetic leak prevention situation threat ranking method based on the combination of power degree and support degree
In order to solve the problem of considering single dimension in target threat assessment method and meet the requirement of comprehensive assessment of electromagnetic anti-leakage situation in complex scenes,an electromagnetic anti-leakage situation threat ranking method based on the combination of power de-gree and support degree is proposed.Firstly,the application scenario of electromagnetic leakage prevention situa-tion is analyzed comprehensively,and the threat analysis model is constructed.Then the combat capability of the enemy's electronic reconnaissance target is analyzed,the power evaluation index is constructed according to the target reconnaissance discovery model,and the multi-factor support evaluation index system of our frequency equipment is constructed to obtain the support evaluation vector.Finally,threats are evaluated and quantified by solving the threat analysis matrix,and the reliability of the method is verified by using typical application scenari-os.The experimental results show that compared with the single threat method,the proposed threat ranking method can evaluate the threat level of enemy reconnaissance and the leakage risk of our equipment more reason-ably,and provide a basis for commanders to quickly grasp the electromagnetic anti-leakage threat situation.

electromagnetic anti-leakagethreat rankingpower degreereconnaissance discovery modelsupport degreeAHP

李武松、窦雪倩、欧阳宏信

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中国电子科技集团公司第二十九研究所,四川 成都 610036

电磁防泄漏 威胁排序 威力度 侦察发现模型 支撑度 层次分析法

2024

航天电子对抗
中国航天科工集团公司8511研究所

航天电子对抗

影响因子:0.382
ISSN:1673-2421
年,卷(期):2024.40(5)