| Railway Management Information System is the integrated application to achieve informatization of technology management, as well as one important mean to achieve modernization of technology management in Train Operation Depot. With the unceasing deepening and development of the railway enterprise reform, technology management information system will inevitably be widely used. Technology management dealers in Operation Depot are often faced with cumbersome jobs of inquiries, statistics and summary of numerous technical data, therefore resulting in duplicate work, human waste, and efficiency reducing. facing this situation, we can only find resolving ways within the enterprise ,such as improving technology management, raising efficiency, and enhancing management level. With the development of information technology, rail units are all establishing their own internal networks, some units even begin to build an integrated information platform. Comprehensive and effective management by information has become one of important means of improving technology management working level.This paper analyzes the present situation of information technology management in the Train Operation Depot of the railway system , summarizes the main functions based on technology management information platform. By analyzing the practical application environment of technology management information system, considering the pros and cons of B/S model, this paper put forward the design scheme of B/S three-layer structure model. The solution uses ASP.NET, C# tools for Server-side applications, and SQL Server 2005 for back-end database systems. Thesis on the functions of seven major modules are discussed, several key technical points of the implementation method are analyzed and discussed, which are practiced in system. This paper describes the system requirements analysis, database design, functional design of each module and some implementation details. With complete functions, flexible operations, and simple and clear interfaces, this system provides an efficient information platform for the engineers and middle management for technology owners (the station chief engineer).This specific study completed in the following areas:1. A comprehensive exposition of conventional services on the domestic railway development status of technology management is conducted , the necessity and significance of Operations Technology Management Information System of is analyzed.2. Through the analysis of the B/S network structure and performance characteristics , according to the characteristics of management information systems and specific requirements in Train Operation Depot, solutions of building a section of Technical Operations Management Information System are proposed.3. According to Jilin Train Operation Depot requirements of the technical management of engineers, a detailed analysis of system requirements is done, the database structure was designed, a detailed description of the functionality of the system, key technologies and system commissioning are explained .4. Seven parts are designed and completed in this paper as the login control, regulation management, equipment management, station management, shunting management, construction management and station management. By Train Operation Management Information System technology design principles and objectives of the system's functions, modules and business process are analyzed and designed. Which, in the technical development of management information systems, three-tier architecture design and implementation of data through the ADO.NET technology method of operation of the system are the important and difficult parts.5. C # toosl, NET technology, database technology and the three-tier design are used in the development process of technology management information system technology, which make it easy for system to upgrade and functional expansion. 6. This paper focuses on the ASP.NET compiler technology, the program codes are compiled so as to improve the system performance to ensure system security and stability. |
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