卫通链路状态自动化确认设计与实现

Design and Implementation of Automatic Confirmation Process for Link Status

摘要:

卫星通信链路建立后,需对链路状态进行确认。依托于目前设备条件,主要依靠岗位人员手动在监控系统中进行参数比对,实地设置频谱仪并观察信号频谱。整个过程对人员岗位经验要求高、确认效率低。针对于此,提出了将卫通链路状态确认自动化的流程,通过对设备指标与频谱数据的采集、运用,实现了链路状态确认流程自动化。该方法运用后,岗位人员仅需一键式操控即可自动完成链路状态确认。另外,当链路发生告警时,系统可自动进行链路状态确认并保存确认结果,便于岗位人员事后分析查询。大幅提高了卫通站工作的效率、准确性,对故障状态的保存更及时,降低了对人员的经验要求。

Abstract:

AfterStheSsatelliteScommunicationSlinkSisSestablished,StheSlinkSstatusSshouldSbeSconfirmed.SIn terms of theScurrentSequipmentSconditions,Sit is mainlySthe personnel’s job to manuallyScompareStheSparametersSinStheSmonitoringSsystem,SsetSupSaSspectrometerSon site andSobserveStheSsignalSspectrum.STheSwholeSprocessSrequiresSthe personnel to be highly experienced, but with lowSefficiency in confirming. InSviewSofSthis,StheSprocessSofSautomatically confirming the linkSstatusSisSputSforward,Swhich is achieved by collecting and applying the equipment index andSspectrumSdata.S AfterStheSapplicationSofSthisSmethod, theSlinkSstatusSconfirmationScanSbe automaticallyScompleted only with theSpersonnelSin the post pushing one button. SInSaddition,SwhenStheSlinkSalarmSoccurs,StheSsystemScanSautomaticallyScheckStheSlinkSstatusSandSsaveStheSconfirmationSresults,Smaking it possible forStheSpersonnelStoSdo analysesSandSinquiries afterwards.SFurthermore, theSefficiencySandSaccuracySofStheSworkSofSVASTSStationSwill beSgreatlySimproved,StheSpreservationSofStheSfaultSstateSbeing moreStimely,Swhich will definitely lower the requirements forStheSpersonnel.