CAJ | 학술논문

当前的无线通信网络,通常由4级节点组成,从卜到下分为:操作维护计算机(OMC)、基站控制器(BSC)、基站(BS)和移动终端(MS);OMC控制着BSC,而BSC控制着BS,BS和最末端的移动站(MS)相连;OMC控制着整个网络的运行状态.而重同步义是一种最重要的状态控制;它是BSC每隔一定的时间间隔向OMC报告网络的运行状态,这些状态包括告警(Alarm)和状态变化(State)信息,网络管理人员根据这些状态信息对全网的运行情况进行监控;从设备演变的几个版本来看,重同步的设计要求是:在基本负荷下,要在70s左右完成重同步过程;而在操作负荷下要在100s左右完成重同步过程;但这次升级后的版本在现场测试中发现重同步的时间是303s;针对这个问题,采用理论分析和实验室实际测试的方法,逐步对重同步的各个环节进行分析,最终发现了软件设计缺陷,并提出了实际的改进方案,纠正了这个设计缺陷.
당전적무선통신망락,통상유4급절점조성,종복도하분위:조작유호계산궤(OMC)、기참공제기(BSC)、기참(BS)화이동종단(MS);OMC공제착BSC,이BSC공제착BS,BS화최말단적이동참(MS)상련;OMC공제착정개망락적운행상태.이중동보의시일충최중요적상태공제;타시BSC매격일정적시간간격향OMC보고망락적운행상태,저사상태포괄고경(Alarm)화상태변화(State)신식,망락관리인원근거저사상태신식대전망적운행정황진행감공;종설비연변적궤개판본래간,중동보적설계요구시:재기본부하하,요재70s좌우완성중동보과정;이재조작부하하요재100s좌우완성중동보과정;단저차승급후적판본재현장측시중발현중동보적시간시303s;침대저개문제,채용이론분석화실험실실제측시적방법,축보대중동보적각개배절진행분석,최종발현료연건설계결함,병제출료실제적개진방안,규정료저개설계결함.
The mobile communication network is usually composed of four network element: Operation Management Center (OMC), Base Station Controller (BSC), Base Station (BS), User Equipment (UE) from up to down separately. OMC controls BSC, BSC controls BS, and BS connects with MS, which is at the end of mobile communication network. OMC is in charge of the whole network function, and re-synchronization is the moat important state controlling. The requirement of re-synchronization is: it should be finished in 70 seconds in the situation of basic load and 100 seconds in the situation of operating load. But it is engaged attention that the re-synchronization time is 303 seconds after the updating. To solve this problem, we analysis the situation in theory and validate it in practice in each step of re-synchroniza-tion, and find out the problem of software. Then a amendatory scheme was proposed.