摘要
随着无人化、智能化技术的发展,万物互联,设备智能管控已经成为各行业不可或缺的一部分,智能监控系统正发挥着越来越大的作用。在航空航天、卫星通信等领域,设备监控却面临着一个棘手的问题,由于星载系统资源有限,在很多情况下既需要保证监控任务顺利执行,也要尽可能减少资源的占用。针对这一问题,提出了一种基于任务驱动的模块化大型设备监控系统设计方法,通过创新性设计一种任务驱动式框架,降低了对系统计算量的需求,极大地增加了系统的最大监控设备数量;通过将设备模块化处理,增加了监控系统的灵活性,可以随时随地动态加载设备而不影响监控系统的正常工作。所提方法已经在多个卫星通信系统中得到了应用,极大地提高了监控系统的运行效率以及资源利用率。
With the development of unmanned and intelligent technologies,everything can be interconnected,and equipment intelligent management and control has become an integral part of various industries.The intelligent monitoring system is playing an increasingly important role,but in aerospace,satellite communications and other fields,equipment monitoring is faced with a tough problem.Due to the limited resources of the space-borne system,it is necessary in many cases to ensure not only smooth execution of monitoring tasks,but also less occupation of resources as much as possible.For this problem,a task-driven modular large equipment monitoring system is proposed.The task-driven framework is designed through innovation,reducing the need for the amount of system computation,and greatly increasing the maximum number of monitoring equipment in the system.By modularizing the equipment,the flexibility of the monitoring system is enhanced,and the equipment can be dynamically loaded anytime and anywhere without affecting the normal operation of the monitoring system.This method has been applied in many satellite communication systems,improving the resource utilization and the operation efficiency of the monitoring system.
作者
耿欣蕊
耿云浩
安瑛
GENG Xinrui;GENG Yunhao;AN Ying(The 54th Research Institute of CETC,Shijiazhuang 050081,China)
出处
《计算机与网络》
2024年第5期401-405,共5页
Computer & Network
关键词
智能
监控
卫星通信
模块化
星载
intelligence
monitoring
satellite communication
modularization
space-borne
