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WCDMA base station design and development of the monitoring system

Author: LiuKangPing
Tutor: YingJing
School: Zhejiang University
Course: Software Engineering
Keywords: Base station 3G Core network GSM GPRS WCDMA G-Prime NodeB SVAP SNMP SNMP Agent OMC
CLC: TN929.533
Type: Master's thesis
Year: 2005
Downloads: 251
Quote: 2
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Abstract


Modern mobile communications development has mainly gone through two generations. The first generation of mobile communication systems (1G) is analogue cellular mobile communication system primarily provides voice services. The second generation mobile communication system (2G) is a digital mobile communication system, can provide a low-rate data traffic. With the rapid development momentum due to the development of the network, data and multimedia communications. Is a third generation mobile communication systems (3G) can provide multiple types of high-quality multimedia services, can achieve seamless global coverage, with a global roaming capability compatible with the fixed network, and a small portable terminal at any time , any place any kind of communication of a communication system. Because of its many advantages, the various operators around the world, manufacturers a strong interest in this. Today, various telecom operators, telecom equipment manufacturers have invested a lot of R \u0026 D efforts to conduct research and development of 3G, it would be to be assigned to their own slice of the pie. China, as the world's largest telecommunications market, intense competition is self-evident. Hangzhou Yutong Technology Co., Ltd. (UCTH) is a high-tech enterprise dedicated to the research and development of 3G wireless base station system, has been developed in the past two years, the system of multiple versions of the NodeB, G-Prime NodeB System, is a version. This paper describes the design and development of the G-Prime NodeB base station monitoring system (SVAP: Supervial Application). SVAP is the steward of the G-Prime NodeB base station system, the entire base station system monitoring, control, and maintenance functions. SVAP embedded applications built into the hardware board together to achieve the monitoring and maintenance functions of the base station, you need to be combined with external applications. It provides a communication interface of the terminal LMT (Local Maintenance Ferminal) and the local maintenance the operation and maintenance center OMC (Operation Maintenance Center), OMC is located in the core network (CoreNetwork) at the remote base station operation and maintenance can be achieved through OMC; LMT located The base site can be achieved by LMT the operation and maintenance of the base station at the base station site. G-Prime NodeB base station monitoring system design and development paper mainly introduced from the following aspects: First, G-Prime NodeB system development background and reviewed the mobile communication technology. Analysis of the GSM system, GPRS system, and as a WCDMA system of the 3G standard composition principle and network architecture. Second, a G-Prime NodeB base station system as a whole. Then, introduce the G-Prime NodeB base station monitoring system (SVAP) outline design and software platform design. Finally, a summary of this article.

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CLC: > Industrial Technology > Radio electronics, telecommunications technology > Wireless communications > Mobile Communications > Cellular mobile communications systems (mobile phones, mobile phone handsets ) > Code Division Multiple Access (CDMA) mobile communication
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