超网络体系作战下的打击目标优选模型

doi:10.12305/j.issn.1001-506X.2024.01.21

Abstract

Abstract:

Aiming at the problem of insufficient consideration of the cost of strikes in the analysis and decision-making of target preference for maritime combat systems, a network node analysis model that considers the importance of target nodes and the cost effectiveness of strikes is proposed. The network model of the maritime combat system is constructed using a super-network, and the importance of the nodes in the network is evaluated by indicators such as degree centrality and betweenness centrality. The strike cost effectiveness ratio is used as an indicator to evaluate the strike cost of the nodes in the network, and then the target analysis and selection problem is transformed into a multi-objective optimization problem. And an optimization search model is established and solved by an artificial fish swarm algorithm. Finally, the model is applied to a simulation case, and the results pass the experts evaluation by Delphi method. It shows that the established model method is feasible and useful for the target analysis and selection of surface fleet systems.

Key words: target selection, super-network, strike cost, artificial fish swarm algorithm, multi-objective optimization

CLC Number:

E917

Zelun GAO, Shaoqiu ZHENG, Rupeng LIANG, Yanyan HUANG. Model of strike target preference under super-network system operation[J]. Systems Engineering and Electronics, 2023, 46(1): 182-189.

Figures/Tables 12

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节点类型	符号	功能描述	示例
侦察通信节点	I	负责侦察与通信	雷达、预警机、舰艇等
指挥控制节点	C	做出指挥决策	航母、大型舰艇等
火力打击节点	F	执行火力打击	舰载机、潜艇等
物资保障节点	G	提供物资保障	补给舰、输油船等

专家编号	目标0		目标1		…	目标8		目标9		…	目标18		…	目标23
专家编号	重要度 0.6	打击代价0.4	重要度 0.6	打击代价0.4	…	重要度 0.6	打击代价0.4	重要度 0.6	打击代价0.4	…	重要度 0.6	打击代价0.4	…	重要度 0.6	打击代价0.4
1	6	4	3	2	…	8	6	6	4	…	8	9	…	2	3
2	5	4	3	2	…	8	6	8	4	…	7	8	…	3	2
3	5	3	4	4	…	7	5	7	5	…	7	9	…	1	2
4	7	3	2	3	…	6	6	7	6	…	8	8	…	2	2
5	7	5	3	4	…	7	6	7	5	…	9	8	…	2	4
6	6	5	3	2	…	6	7	8	6	…	8	9	…	2	3
7	6	3	5	4	…	6	7	8	5	…	8	8	…	1	3
8	7	5	1	3	…	8	6	6	5	…	7	8	…	3	4
9	5	5	2	3	…	7	6	6	6	…	9	9	…	3	4
10	6	3	4	3	…	7	5	7	4	…	8	9	…	1	3
均分	6	4	3	3	…	7	6	7	5	…	7.9	8.5	…	2	3
加权分	5.2		3.0		…	6.6		6.2		…	8.14		…	2.4

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Model of strike target preference under super-network system operation

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