遥测装备智能运维系统的研究与工程化实现

随着航天发射和在轨航天器管理任务的不断增加，为支撑各类测控需求，遥测站数量越来越多，测控系统越来越复杂。为了从整体降低对遥测任务及遥测装备的运维管理成本，提升运维信息的应用能力，为各类角色用户提供有效全面的信息支撑，需要建立体系化的遥测装备智能运维系统。构建多级智能化运维体系，通过现代化信息感知和传输技术实现装备信息的多维度快速获取、感知和汇聚，全局性掌控战斗资源，建设运维中心及信息处理平台完成数据的智能融合处理，通过对各装备、各时段数据的比较，关联挖掘信息，深层次利用运维数据，实现资源全景展示、装备状态监视与智能维护、运行效能评估、态势分析与预测等能力，为遥测资源和战斗力部署调度提供直接全面的决策支撑。

Research and engineering implementation of intelligent operation and maintenance system for telemetry equipment

With the continuous increase of space launch and spacecraft management tasks, in order to support all kinds of measurement and control requirements, the number of telemetry stations is increasing, the telemetry track and command (TT&C) system is becoming more and more complex. In order to reduce the operation and maintenance management cost of telemetry tasks and telemetry equipment, improve the application ability of operation and maintenance information, and provide effective and comprehensive information support for different users, it is necessary to establish a systematic intelligent operation and maintenance system of telemetry equipment. Build a multi-level intelligent operation and maintenance system, realize the multi-dimensional quick acquisition, perception and aggregation of equipment information through modern information perception and transmission technology, globally control combat resources. Build an operation and maintenance center and an information processing platform to complete the intelligent fusion processing of data, and make further use of operation and maintenance data through the comparison and correlation of the data of each equipment and each period, so as to realize the panoramic display of resources, equipment status monitoring and intelligent maintenance. The capabilities of operational effectiveness evaluation, situation analysis and prediction provide direct and comprehensive decision support for telemetry resources and combat power deployment scheduling.