Article Details

Abstract

Addressing the issues of difficulty in coupling multidisciplinary tools, weak data interoperability, and fragmented business processes in the construction of equipment systems under complex adversarial environments, this paper proposes a highly cohesive and loosely coupled integration platform based on an application-support-resource three-layer architecture. This platform relies on key technologies such as unified data modeling and interaction, deep integration of multidisciplinary tools, and flexible assembly of visual business processes to achieve collaborative operation of heterogeneous tools, full-lifecycle data governance, and automation of simulation processes. Application validation results show that the platform reduces the average time by 24.7 minutes in structural impact resistance simulation scenarios, and improves efficiency by over 66% compared to traditional manual operation methods. The reproducibility deviation of simulation results is less than 0.01%, which significantly improves the efficiency and consistency of equipment R&D work, providing strong technical support for the construction of complex equipment systems.

Keywords

equipment system; integrated platform; architecture design; data exchange; simulation integration; process automation

References

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Funding

National Defense Basic Research Program (JCKY2022208A003)

About the authors

Chen Kunkun (1991-), male, Han ethnicity, from Dangtu, Anhui Province, assistant engineer, bachelor's degree, research direction: equipment system simulation, system integration; Qian Weidong (1985-), male, Han ethnicity, from Nantong, Jiangsu, is a researcher with a master's degree. His research focuses on equipment system simulation and system integration.