Exploration reveals a model-based approach enhances system architecture for manned spaceflight, suggesting improvements in technical management.
To address the issues caused by the traditional document-centric system framework in manned spaceflight, such as complex intercrossing technical interfaces among systems, heterogeneous evolution in the development process, non-indexed top-level requirements, dynamic changes in technical management, and multi-level emergence of design issues and their impacts, this study adopts the MBSoSE (Model-Based System of Systems Engineering) approach to drive the digital transformation of the manned spaceflight system framework. A model-based manned spaceflight system framework is established, with modeling practices encompassing, including defining structured models and digital simulation models. These measures can provide more precise delineation of the overall technical scheme of the manned spaceflight system, enabling the verification and rapid iterative updating of the scheme.
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Lv et al. (2025) studied this question.
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