Design And Implementation Of The System For Managing Power Communication Network Business Resource

As the scale of power communication network is getting larger and the network structure is becoming more complex, the number of power communication network business types is increasing. The health of the business plays an important role in ensuring safety of electricity production, which makes business management very important in the work of managing communication network. Now people mainly use charts and graphs to manage the power communication network business which leads to high difficulty and low efficiency. So it is very necessary to provide an electronic business managing method to make it easier and more efficient.To meet the informatization requirements of managing the power communication network business, A system for managing power communication network business resource is designed and implemented, providing the automatic and intelligent analysis of business resource. This paper firstly introduces the background and significance of constructing the system, clear the necessity. Then it analyzes the internal and external characteristic base on the managing feature of the power communication business and the position of the system. The system functions is classified to query and maintenance of business resource, query and maintenance of the relationship of business resource and other network resource, analysis of the health of business resource and the dispatch schedule of business channel. Following the requirement analysis of system data and function is the design of the system. After researching the business resource model, the visualization management of business, the business health model and the channel route search algorithm, the system design including user interface design, control logic design and process design is completed. The last part of this paper is the implementation part which consists of the main data structure, function interface and some function process details. Some functions of the system are also demonstrated in this part. Finally the completed system is applied and is running with high usability and reliability.