计算机科学 ›› 2025, Vol. 52 ›› Issue (11A): 250200110-6.doi: 10.11896/jsjkx.250200110

• 交叉&应用 • 上一篇    下一篇

多体制异构航天测控数传资源集中管控平台设计

缪霖, 沈宏静, 王丽, 曹祎文, 卢崇雨   

  1. 中国电子科技集团公司第十研究所 成都 610036
  • 出版日期:2025-11-15 发布日期:2025-11-10
  • 通讯作者: 缪霖(358135259@qq.com)

Design of Centralized Management and Control Platform for Multi-system HeterogeneousAerospace TT&C and Data Transmission Resources

MIAO Lin, SHEN Hongjing, WANG Li, CAO Yiwen, LU Chongyu   

  1. 10th Research Institute of China Electronics Technology Group Corporation,Chengdu 610036,China
  • Online:2025-11-15 Published:2025-11-10

摘要: 航天测控数传资源是卫星任务的重要保障。分散、独立的监控是现有管理地面站资源的主要手段,一台终端部署一套资源远程监控客户端的传统模式无法满足管理大规模异构资源的需求。针对当前存在的监控终端多、警告机制不统一、扩展性不足等问题,设计了一种多体制异构航天测控数传资源集中管控平台。采用基于MBSE模型的综合特征参数提取方法,建立参数提取规则,屏蔽资源间的差异,并基于综合特征参数实现基于状态机模型面向多个策略的失效警告监测,简洁高效地解决了异构资源参数分析的难题。平台可实时采集、提取、集中显示多个资源状态,并进行任务执行过程中的失效警告和应急控制。目前,平台已试运行,实现了在单个操作终端对100余套异构资源的集中管控,应急处置时间缩短了63.1%。

关键词: 异构资源, 集中管控, 失效警告, 特征提取, 基于模型的系统工程(MBSE)

Abstract: Aerospace TT&C(Trascking,Telemetry and Command)and data transmission resources are indispensable for satellite missions.Currently,decentralized and independent monitoring is the primary method for managing ground station resources.However,the traditional model of deploying one monitoring client per terminal is unable to meet the demands of managing large-scale heterogeneous resources.To address issues such as the proliferation of monitoring terminals,inconsistent alert mechanisms,and insufficient scalability,a centralized management and control platform(CMC-Platform) for multi-system heterogeneous aerospace TT&C and data transmission resources has been designed.The integrated feature extraction method,based on MBSE(Mo-del-Based Systems Engineering) technology,is used to establish parameter extraction rules to shield the differences between resources,and the failure warning monitoring based on the state machine model for multiple policies is implemented based on the integrated feature parameters,which solve the problem of analyzing the parameters of heterogeneous resources concisely and efficiently.The CMC-Platform can collect,extract and centrally display the condition of resources in real time,as well as carry out failure warning and emergency control during mission execution.The operational trial demonstrates that the platform achieves centralized control of over 100 heterogeneous resources from a single terminal,cutting emergency response time by 63.1%.

Key words: Heterogeneous resources, Centralized management and control, Failure warning, Feature extraction, Model-based systems engineering(MBSE)

中图分类号: 

  • TP302
[1]CHANCE J,LAUCHIE S,STEFAN T.Comparing Photometric Behavior of LEO Constellations to SpaceX Starlink using a space-based optical sensor[C]//22nd Advanced Maui Optical and Space Surveillance Technologies Conference(AMOS 2021).Maui Economic Development Board Inc.,2022:585-602.
[2]DONG C Y,XU X,LIU A J,et al.New Routing Methods ofLEO Satellite Networks[J].Computer Science,2020,47(12):285-290.
[3]LI M,GUO D,ZHOU D H,et al.Cross-Domain UnmannedCluster Combat Supported by Satellite Internet[J].Journal of Unmanned Undersea Systems,2024,32(2):208-214.
[4]XIA Z Z,ZHU X H,LI S Y.Design and Realization of Web-based Multi-system Intermediate Frequency TT&C Integrated Equipment[J].Telecommunication Engineering,2023,63(11):1709-1717.
[5]LIU J N.Research on key technologies of high-speed TT&C and Data Transmission Integration[D].Changsha:National University of Defense Technology,2017.
[6]NING P J,CHEN D,BAI X X.Design and Processing Method ofCentralized Monitoring Data Format in TT&C Network[J].China Computer and Communication,2023,35(5):10-12.
[7]LI J,LI Y H,ZHANG Y B,et al.Research on the construction of monitoring information event system based on artificial intelligence[J].Distribution & Utilization,2022,39(12):17-27.
[8]SHEN S X.Study on New Generation of ATC Equipment Cen-tralized Monitoring and Management System[J].Applications of IC,2018,35(10):87-88.
[9]WANG L H,ZHOU Y Q,CAO H,et al.Resource Managementand Scheduling for Satellite Internet[J].Strategic Study of CAE,2023,25(6):27-38.
[10]SHI C W,ZHENG S G,HUA S Y.Research on TT&C Architecture of Digital Network Integration[J].Aerospace Control,2021,39(2):64-68.
[11]WU T,GAO H L,CHEN J C,et al.Design of a Deep Automation System for TT&C Equipment Based on Remote Monitoring[J].Telecommunication Engineering,2023,63(9):1334-1339.
[12]DANG Q,LI W P,BAI D M,et al.Construction of CentralizedMonitoring Systems for TT&C Equipment with MLA Theory[J].Journal of Spacecraft TT&C Technology,2015,34(5):459-468.
[13]KONSTANTIN K,STEFAN F,BIRGIT V H.A model-basedframework for increasing the interdisciplinary design of mechatronic production systems[J].Journal of Engineering Design,2018,29(11):617-643.
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