面向故障传播风险抑制的舰船电子信息系统动态重构方法

doi:10.12305/j.issn.1001-506X.2026.07.16

Abstract

Abstract:

To address the issue that dynamic reconfiguration strategies for new-generation shipboard electronic information system overlook the impact of fault propagation, potentially leading to reduced system reliability, a dynamic reconfiguration method incorporating fault propagation risk assessment is proposed. Firstly, a formal system model is constructed encompassing hardware resources, software services, and their deployment relationships, and the structural reliability metrics is proposed to quantify system reliability, thereby accurately characterizing the impact of system deployment relationships on fault propagation. Then, based on key operational metrics such as comprehensive structural reliability, load balancing, and migration costs, a multi-objective collaborative optimization reconstruction model is constructed, and a multi-agent reinforcement learning algorithm based on an improved value decomposition network is designed to achieve synchronous optimization of fault propagation suppression and system reconstruction efficiency. The experimental results show that compared to the benchmark algorithm, the proposed method can effectively suppress the impact of fault propagation and provide support for the reliability maintenance and continuous generation of capabilities in the reconstruction of shipboard electronic information system.

Key words: shipboard electronic information system, dynamic reconfiguration strategy, fault propagation model, multi-agent reinforcement learning

CLC Number:

TP 302.7

Jingli YANG, Ying WANG, Tianyu GAO, Xiaotong FANG. Dynamic reconfiguration method for shipboard electronic information systems for fault propagation risk suppression[J]. Systems Engineering and Electronics, 2026, 48(7): 2307-2318.

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References 30

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参数类别	参数名称	参数值
网络结构	输入层维度	84
	隐藏层1维度	128
	隐藏层2维度	64
	输出层维度	18
优化器配置	优化器	均方根传播
	竞争学习率	0.0005
	合作学习率	0.001
经验回放	经验回放缓冲区大小	10000
经验回放	批次大小	16
优先回放与经验积累	优先经验回放α	0.6
	优先经验回放β	0.4
	平均累积经验条L	10
训练参数	目标网络更新间隔	20
	训练轮数	2000
	合作起始轮数	1500

算法	总得分	负载均衡得分	迁移成本得分	可靠性得分
IQMIX	0.8891	0.9417	0.7959	0.9122
IQMIX1	0.8839	0.9350	0.7810	0.9025
IQMIX2	0.8735	0.9210	0.8030	0.8950

${\lambda _1}$	${\lambda _{\text{2}}}$	${\lambda _{\text{3}}}$	总得分	负载均衡	迁移成本	系统可靠性
0.2	0.2	0.6	0.8825	0.8914	0.7841	0.9123
0.2	0.6	0.2	0.8609	0.9437	0.8152	0.9151
0.4	0.3	0.3	0.8891	0.9417	0.7959	0.9122
0.6	0.2	0.2	0.9014	0.9329	0.7761	0.9120
0.34	0.33	0.33	0.8891	0.9417	0.7959	0.9122

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Dynamic reconfiguration method for shipboard electronic information systems for fault propagation risk suppression

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