安卓459球馆预定系统设计与实现Analysis of Android-based Stadium Booking System

This graduate thesis presents the design and implementation process of an Android-based stadium booking system. The arrival of the mobile Internet era has led to the information age in all aspects of people's lives. The application of computers and the widespread use of smartphones have made our lives more colorful. With the development and popularity of the Android system, the development of a stadium booking system based on Android has become necessary. The main modules of this stadium booking system include the user module and the administrator module. Users can use their Android smartphones to perform functions such as venue classification, reservation management, sports knowledge, notifications, and personal management. Administrators can manage users, categories, venues, business, and information. This system has the advantages of a simple and intuitive interface, easy operation, convenient management, and comprehensive functions. It has a high application value and can fully meet the needs of users to book stadiums through Android phones. This system is based on the Android platform and developed using the JAVA programming language and MYSQL database design. The thesis describes the design and implementation process of the Android-based stadium booking system, aiming to enable people to book stadiums on mobile devices using the Android platform. Keywords: Android system, MYSQL database, JAVA programming language, stadium booking The structure of the thesis is as follows: 1. Introduction: Introduces the background and significance of the stadium booking system. 2. Development Technology Introduction: Provides an overview of the technologies used in developing the system, including Android, JAVA, and MYSQL. 3. Requirement Analysis: Analyzes the functional and non-functional requirements of the system. 4. Feasibility Analysis: Evaluates the feasibility of developing the system in terms of technical, operational, and economic aspects. 5. Function Analysis: Presents the detailed functions and features of the system. 6. Business Process Analysis: Describes the flow of operations and activities in the system. 7. Database Design: Presents the ER diagram and data dictionary of the system. 8. Detailed Design: Provides a detailed design of the system architecture and modules. 9. System Screenshots: Displays screenshots of the system interface. 10. Testing: Describes the testing plan and results of the system. 11. Conclusion: Summarizes the achievements, limitations, and recommendations for future improvements. 12. Acknowledgments: Appreciates the guidance and support received during the development of the system. 13. References: Lists the sources cited in the thesis.