Analysis And Design Of PICC Data Monitoring And Analysis System

PICC Data Monitoring and Analysis System is built to improve the enterprise management level and to meet the unique business objectives.PICC establishes an efficient and reliable data quality management system by carrying out the data quality project and developing data monitoring system in order to provide a good data governance environment. The system uses a hierarchical modular design which means that each module can be split according to the customer's requirements so it can meet the needs of every customer. This system maximizes the function of the information system with the minimum investment.This system plays a full role of the business personnel's initiatives by using daily management and operations of business resources as main subjects. It is able to transform all aspects of the data management into the information that can be collected, and meanwhile uses the information to generate statistical returns for giving support to the development strategy of the company. Through the construction of the data quality monitoring system, the data standards, data management and data quality control system will be gradually established which will be used to track the data quality of the each product line. After that, each agency will be graded according to the feedback information.In this thesis, the unified process software development method which is based on J2EE Multi-layer architecture and the Unified Modeling Language (UML) as the analysis and design description language is applied to improve the system. The system will finally include five subsystems which are system configuration management, checkpoint rule configuration, data quality analysis, risk of data analysis and continuous improvement, and moreover, smaller functional modules of management information systems will be subdivided.In this paper, we first state the background of the system development and domestic and foreign data quality management system status. In section 2, we turn to the solution space from the problem space, and establish the system requirement model of the system. We also set out the main problems to be solved. In system design part, we first build the technical, functional and security architecture of the system. Then we explain the static and dynamic structure of the design strategy with the system interface, safety and database design. Finally we analyze several key issues in the system implementation process in detail.