Jiaodong Region Yellow River Water Diversion Project In Shandong Province Integrated Communication System

In recent years, Shandong Province, the pace of the construction of water conservancy information quickly, water conservancy information driven the water modern situation initially formed. Shandong Province Water information system has many aspects in infrastructure, basic platform as well as business applications have been made in the local results. Jiaodong Area Yellow River water diversion project as the North Water Diversion Project in Shandong "T" shaped an important part of the main artery of the water transfer, Shandong province, the largest since the founding of New China, the informatization construction of water conservancy projects, engineering Shandong Province Water Conservancy things The comprehensive communication through foundation support.In this context, this paper primarily designed Jiaodong region Yellow River water diversion project in Shandong Province integrated communication system is the basic platform of the entire the Jiaodong diversion of information construction, other extension business up and running communications support reasonable direct impact to the entire water transfer scheduling run ideas and the future direction of development, significant.This thesis collected and collated basic information about water conservancy project, collected natural environment, cultural topography, climate conditions along line the Jiaodong water diversion project; On-site visits, exchange of experience around some real relevant projects; Field trips and equipment technology consultation with equipment manufacturers; comprehensive understand the existing water diversion way and water diversion mode, detailed technical analysis and comparison of the different programs, combined the original communication link in YINHUANGJIQING water diversion engineering, adequately demonstrate all aspects of Jiaodong region Yellow River water diversion project in Shandong Province integrated telecommunication system.Analysis actual business requirements, the demand for network bandwidth, compare SDH, industrial Ethernet, ATM and other networking modes, adequately consider the actual situation of sub-network and branch construction, offer a number of program of design for the construction of the network architecture. Through many times network comparison and optimization, finally determine the integrated telecommunication system is dual ring optical network, network capacity is2.5G. Due to the progress of the project is still in foundation civil engineering part, integrated telecommunication system is not yet actual implemented; but this thesis has great significance for integrated telecommunication system planning, design, later implementation.