基于Ice无线集群网管系统的设计与实现

发布时间：2018-08-18 21:29

【摘要】：当前优秀的网络管理系统大多数来源于国外,国内推出网络管理系统不论在性能,功能,稳定性等方面都滞后于国外。尤其像TETRA这类专网的通信系统网管产品,大部分的市场份额都被摩托等国外公司占有。为了打破国外公司核心技术的封锁,开发一套拥有自主产权的TETRA系统显得至关重要,在专网通信方面还能填补我国市场的空白。TETRA系统包括了网络管理子系统,调度子系统,基站子系统,交换子系统。集群网管子系统是TETRA系统产业化项目中最关键一环,它负责监控和控制整个TETRA系统,也提供访问系统内物理资源的接口,并将接收到的信息反馈到系统的物理设备,保障了整个系统的持续稳定高效的运行。本文详细的阐述了无线集群网管系统的设计与实现过程,并且通过了相应的功能和压力测试。首先介绍了课题的背景意义,研究现状及组织结构,接着阐述了无线集群网管系统与无线集群通信系统的之间关系。重点介绍了网管系统的关键技术如SNMP协议,Ice中间件技术,通过对分布式网管系统的架构性能分析,提出了Ice中间件结合B/S架构模式设计与实现系统的方案。通过使用SNMP自带的TRAP与网管服务器进行交互,实现了告警信息的采集分发上传等功能。然后对系统的功能需求,开发方案,组网方式,数据库,整体框架等方面进行详细的设计。最后通过Ice分发订阅,连接控制,业务处理,TRAP采集分发等各个模块的具体实现而完成无线集群网管系统的实现。
[Abstract]:At present, most of the excellent network management systems come from abroad, and domestic network management systems lag behind in terms of performance, function, stability and so on. Especially for private network management products such as TETRA, most of the market share is occupied by foreign companies such as motorcycles. In order to break the blockage of core technology of foreign companies, it is very important to develop a set of TETRA system with independent property rights. In the field of private network communication, it can also fill the gap in our market. TETRA system includes network management subsystem and scheduling subsystem. Base station subsystem, switching subsystem. The cluster network tube system is the most important part of the TETRA system industrialization project. It is responsible for monitoring and controlling the whole TETRA system, providing the interface to access the physical resources of the system, and feedback the received information to the physical equipment of the system. The whole system is guaranteed to run continuously, stably and efficiently. This paper describes the design and implementation of wireless trunking network management system in detail, and passes the corresponding function and stress test. This paper first introduces the background significance, research status and organization structure of the subject, and then expounds the relationship between wireless trunking network management system and wireless trunking communication system. The key technologies of network management system such as SNMP protocol ice middleware technology are introduced in this paper. By analyzing the architecture performance of distributed network management system, the design and implementation scheme of Ice middleware combined with B / S architecture pattern is put forward. By using the TRAP of SNMP to interact with the network management server, the function of collecting, distributing and uploading alarm information is realized. Then the system functional requirements, development scheme, networking mode, database, overall framework and other aspects of the detailed design. Finally, the implementation of wireless trunking network management system is completed through the realization of Ice distribution and subscription, connection control, service processing, trap collection and distribution and other modules.
【学位授予单位】：浙江工业大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TN915.07

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