济南联通动力环境维护项目的风险管理

发布时间：2018-03-28 07:05

本文选题：动力环境系统　切入点：运行维护　出处：《南京邮电大学》2012年硕士论文

【摘要】：近年来通信行业发展迅速,特别是在3G牌照发放之后,通信网络容量进一步扩大,通信动力环境系统作为通信网络的基础保障的重要作用也被进一步放大,如何保证动力环境系统的安全有效运行,显得更加重要。面对日益增大的设备数量和网络规模,如何运用更加科学的管理方法,特别是风险管理方法,来促进动力环境系统的维护质量,值得我们更加深入的研究与探讨。本文首先阐述了项目风险管理理论与方法,然后对济南联通动力环境维护项目进行了介绍和归纳,在此基础上利用WBS理论对动力环境维护项目进行了合理划分。随后分析了维护项目中涉及的维护风险,对维护风险进行了风险分级和评分。在前面理论研究与分析的基础上,论文根据维护风险分析结果,提出了相应的风险应对措施。通过论文的分析和论述,针对济南联通动力环境维护项目中的风险管理要点更加清晰和明确,风险管理措施更加系统和规范。论文涉及的风险管理措施的实施和落实,将更加有效的指导动力环境维护的现场工作,为提高维护质量提供有力支持和依据。
[Abstract]:In recent years, the communication industry has developed rapidly, especially after the issuance of 3G licenses, the capacity of the communication network has been further expanded, and the important role of the communication power environment system as the basic guarantee of the communication network has also been further enlarged. How to ensure the safe and effective operation of power environment system is more important. In the face of the increasing number of equipment and network scale, how to use more scientific management methods, especially risk management methods, In order to promote the maintenance quality of power environment system, it is worth our further research and discussion. This paper first expounds the theory and method of project risk management, and then introduces and summarizes the power environment maintenance project of Jinan Unicom. Then, the maintenance risk involved in the maintenance project is analyzed, and the risk classification and rating are made. Based on the previous theoretical research and analysis, the maintenance risk is classified and graded. According to the results of maintenance risk analysis, the paper puts forward the corresponding risk countermeasures. Through the analysis and discussion of the paper, the risk management key points in Jinan Unicom power environment maintenance project are more clear and clear, the risk management measures are more systematic and standardized, and the risk management measures involved in the paper are implemented and implemented. Will be more effective to guide the field work of dynamic environmental maintenance, to improve the quality of maintenance to provide effective support and basis.
【学位授予单位】：南京邮电大学
【学位级别】：硕士
【学位授予年份】：2012
【分类号】：F626;F205

【共引文献】