基于MBSE的卫星管控流程建模设计

doi:10.12305/j.issn.1001-506X.2025.12.34

Abstract

Abstract:

As satellite communication technology rapidly evolves, and demands for user numbers and bandwidth escalate, satellite communication systems are transitioning from single-satellite to multi-satellite configurations. Consequently, the management and control requirements for the systems have become increasingly stringent, with the design of their processes garnering significant attention. This study employs the model-based systems engineering （MBSE） approach, leveraging digital modeling techniques to simulate the management and control processes of satellite communication systems. The aim is to validate and enhance these processes. Simulation outcomes indicate that this digital modeling design affirms the functional accuracy of the satellite communication system’s management and control processes, as well as the adherence to critical time metrics such as network establishment, entry, and usage. This offers robust support for amplifying the management and control capabilities of satellite communication systems and refining scheme designs.

Key words: satellite communication system, model-based systems engineering （MBSE）, management and control processes, digital modeling.

CLC Number:

TN 927

Leilei WU, Yi ZHAO, Junhua DONG, Wenping LI. Modeling and design of satellite management and control process based on MBSE[J]. Systems Engineering and Electronics, 2025, 47(12): 4225-4232.

Figures/Tables 14

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References 33

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序号	关键指标	设计要求/s	建模验证结果/s
1	建网时间	≤450	420
2	入网时间	≤10	5
3	用网时间	≤20	18

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Modeling and design of satellite management and control process based on MBSE

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