The Research On Management Of CU Group Cable Relocation Project

With the rapid development of China's economic and social,the construction of the optical fiber network also has a rapid development in our country;the total mileage of cable laying is growing.China's urbanization process has been advancing at the same time and the national quality has been enhancing unceasingly,which makes our country's Internet users continues to increase,the distribution of Internet users is becoming more and more wide.With the increasing demand for optical network,the cable laying mileage will grow in a long term.In addition,the original cable lines need to be moved and transformed in the daily maintenance and the change of urban function areas.Therefore,the study of optical cable relocation project management scheme has very important significance.This article focuses on the optical cable relocation project of CU Group in Anshan branch and researches the scheme of optical cable relocation project management.The characteristics of the fiber optic cable relocation are analyzed based on concluding and summarizing concepts and theories of the relocation project management;and the optical cable relocation project implementation is managed from the construction schedule,quality and safety.First of all,the progress is made according to the actual situation of cable relocation project;the tasks are decomposed by using work breakdown structure construction.The responsibility assignment matrix makes the head of each subtask clear,which ensure the implementation of the project schedule.Then,the total quality objectives are determined;and the quality control points of project are obtained by using the quality target tree.The implementation of the quality objectives are managed and adjusted by using PDCA cycle.The standard quality of the engineering construction is ensured by staff and equipment.Finally,the measures for strengthening the construction site safety and preventing accident is put forward based on analyzing the fiber optic cable relocation project construction environment.