毕业论文asp.net747旅行社旅游管理信息系统.docx

ter, it requires the application program to have complete functions, ease of use, and other characteristics. The travel management information system of Yixin Travel Agency based on ASP.NET consists of two major modules: frontend members and backend administrators. After testing, the system runs stably, with convenient and fast operation, providing a comprehensive, practical, high-security, and highly expansible and maintainable system. This thesis begins by discussing the development background of the ASP.NET-based Yixin Travel Agency's Tourism Management Information System. It then proceeds to conduct a detailed需求分析, exploring the functional requirements, business processes, system architecture, and database design aspects of the system. The goal is to utilize advanced computer technology and network technology to transform the current traditional tourism information management scenario and enhance the efficiency of tourism information management. The system's functional requirements include features such as member registration and login, tour package browsing and searching, booking, payment processing, administrator management tools for managing member profiles, tour packages, and handling inquiries. The business process analysis outlines how these functionalities work together seamlessly to streamline the entire tourism management workflow. In terms of the B/S (Browser/Server) structure, users access the system through a web browser, reducing the need for client-side software installations, making it more accessible and user-friendly. ASP.NET, a powerful web application framework developed by Microsoft, provides the backbone for developing the frontend and backend applications. It allows for efficient coding, rapid development, and easy integration with databases like SQL Server. The database design involves creating an entity relationship (ER) diagram to represent the logical structure of the data, ensuring data consistency and integrity. The data dictionary details the attributes and data types of each entity, while the data flow diagram illustrates how information moves within the system from input to output. During the detailed design phase, the system's architecture and module design are finalized, outlining the interaction between different components. The system's implementation includes both frontend and backend development, with attention paid to user interface design for a pleasant and intuitive experience, as well as secure and efficient database operations. Testing is an essential part of the development process, ensuring that all features function correctly and without bugs. This includes unit testing, integration testing, and system testing to validate performance, functionality, and security. In conclusion, the Yixin Travel Agency's Tourism Management Information System, developed using ASP.NET and SQL Server, represents a significant step forward in modernizing tourism information management. By integrating online capabilities, it enhances efficiency, reduces manual errors, and offers improved customer service. With its solid foundation in technology, the system is adaptable and scalable, capable of evolving alongside the ever-changing demands of the tourism industry. Overall, this thesis not only presents a practical solution for a real-world problem but also contributes to the ongoing advancement of IT applications in the tourism sector. The study highlights the importance of leveraging technology to optimize business processes and underscores the potential for future improvements and innovations in this field.