摘要
随着航天技术的不断进步,尤其是近年来商业航天的快速发展,高密度航天发射成为常态,测控系统作为航天发射场的重要业务系统之一,该系统运行的能力与效率将极大影响航天发射任务执行的结果,因此有必要实施对测控任务过程的决策与评定研究。考虑到未来测控任务快速评定呈现少人化、通用化、自动化与智能化的发展趋势,提出了一种基于领域驱动设计的测控任务评定系统设计思想。通过深入分析测控任务评定业务,结合领域驱动设计和微服务架构特点,经过领域模型设计、微服务识别、微服务实现等步骤进行全系统设计。最后,结合典型航天发射测控任务场景,验证了本方案的可行性,为进一步提升我国测控任务评定效率提供了参考和思路。
With the continuous progress of aerospace technology,especially the rapid development of commercial aerospace in recent years,high-density space launch has become the norm.As one of the important business systems of the space launch site,the operational ability and efficiency of the system will greatly affect the results of the implementation of the space launch mission.Therefore,it is necessary to carry out the research on the decision-making and evaluation of the process of the measurement and control mission.Considering that the rapid assessment of future measurement and control tasks will present the trend of less people,generalization,automation and intelligence.This paper presents a design idea of measurement and control task evaluation system based on domain driven design.Through in-depth analysis of measurement and control task evaluation business,combined with the characteristics of domain-driven design and micro-service architecture,the whole system is designed through domain model design,micro-service identification,micro-service implementation and other steps.Finally,the feasibility of this scheme is verified by combining with typical space launch TT&C mission scenarios,which provides reference and ideas for further improving the efficiency of TT&C mission evaluation in China.
作者
杨德辉
周淦
李林峰
Yang Dehui;Zhou Gan;Li Linfeng(National Computer System Engineering Research Institute of China,Beijing 100083,China)
出处
《电子技术应用》
2023年第9期138-144,共7页
Application of Electronic Technique
关键词
商业航天
测控任务
领域驱动设计
微服务
评定系统
commercial aerospace
measurement and control tasks
domain driven design
micro service
evaluation system
