摘要： 随着航天任务复杂性的不断提升，传统指挥显示系统的软件设计难以满足高密度、多任务的需求。提出了一种基于建模的航天发射任务场景快速构建方法，通过标准化任务分解与场景模板设计，实现系统功能组件的提取与复用。以元模型为核心，结合层次化建模的思想，构建标准化的建模框架，将复杂任务需求分解为标准化场景模块，并识别任务间的依赖关系。基于模块化设计原则，构建场景模板库，实现场景的复用和动态组合。实验结果表明，该方法显著提升了任务场景构建效率，模板复用率达到85%~90%，配置时间节省率达83%，有效提升了任务建模与场景配置的整体性能。

中图分类号：V57 文献标志码：A DOI: 10.16157/j.issn.0258-7998.246203
中文引用格式： 马云霞，李林峰，杜兵，等. 航天发射任务场景快速构建方法研究[J]. 电子技术应用，2025，51(9)：111-116.
英文引用格式： Ma Yunxia，Li Linfeng，Du Bing，et al. Research on the rapid construction method for aerospace launch mission scenarios[J]. Application of Electronic Technique，2025，51(9)：111-116.

Research on the rapid construction method for aerospace launch mission scenarios

Abstract： With the increasing complexity of aerospace missions, traditional software designs for command and control display systems can no longer meet the demands of high-density, multi-task scenarios. This paper proposes a modeling-based method for the rapid construction of aerospace launch mission scenarios. By standardizing task decomposition and designing scenario templates, it enables the extraction and reuse of system functional components. The research is centered on a meta-model, combined with hierarchical modeling concepts, to establish a standardized modeling framework. Complex mission requirements are decomposed into standardized scene modules, and task dependencies are identified. Following modular design principles, a scene template library is developed to support efficient reuse and dynamic composition of scenarios. Experimental results demonstrate that this method significantly improves the efficiency of scenario construction, achieving a scene template reuse rate of 85%~90% and an average time optimization rate of 83%, effectively enhancing the overall performance of task modeling and scenario configuration.

Key words : command display system；rapid configuration；scenario modeling；meta-model；automated construction