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基于实时数据驱动的航天测控系统运行监控框架

Monitoring framework for aerospace TT&C system based on real-time data driving

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针对当前航天测控系统运行监控存在的业务状态复杂多样、软硬件运维分散、故障排查时间长等问题,提出一种基于实时数据驱动的航天测控系统运行监控框架.通过分析当前航天测控软件系统的监测特征,包括实时数据的获取与分类、挖掘分析、结构化管理和可视化显示等,设计态势检测框架的体系架构、数据采集方式、数据关联分析方法及故障检测机制.试验结果表明,该运行监控框架将航天测控系统中63.7%故障的检测时间降低为2 min以下,能够有效提升现有测控系统的运维能力.
For the problems existing in the status monitoring of aerospace telemetry,telecommand and control(TT&C)software system,such as complex and diverse business status,decentralized operation and maintenance of software and hardware,and long troubleshooting time,a situation monitoring framework is proposed based on real-time TT&C data drive.The monitoring character-istics of the current aerospace TT&C software system is analyzed,including the acquisition and classification of real-time data,mining analysis,structured management,visual display and so on.The system architecture,data collection method,data correlation analysis method and fault detec-tion mechanism of the situation detection framework are designed.Experiment results show that the proposed framework can reduce the detection time systems to less than 2 minutes for 63.7%faults in TT&C,which can effectively improve the operation and maintenance capabilities of the current TT&C systems.

telemetry,telecommand and control systemsituation monitoringfault diagnosisdata flowmonitoring framework

孙振宇、赵宝康、贾文涛

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国防科技大学计算机学院,湖南长沙 410003

西安卫星测控中心,陕西西安 710043

航天测控系统 态势监测 故障诊断 数据流 监控框架

2024

西安邮电大学学报
西安邮电学院

西安邮电大学学报

CSTPCD
影响因子:0.795
ISSN:1007-3264
年,卷(期):2024.29(5)