Laboratory resource reservation management system based on springboot Graduation project proposal report

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Graduation project proposal report on laboratory resource reservation management system based on SpringBoot

1. Research background and significance

With the rapid development of university education and the increasing number of scientific research activities, the management and utilization of laboratory resources have become increasingly important. Traditional laboratory resource management methods often have problems such as information asymmetry and low efficiency, and cannot meet the actual needs of college students and scientific researchers. Therefore, it is of great significance to develop a laboratory resource reservation management system based on SpringBoot. It will help improve the utilization efficiency of laboratory resources, simplify management processes, improve user experience, and promote the smooth progress of scientific research work.

2. Research status at home and abroad

In the field of laboratory resource reservation management, there have been some related research and practices at home and abroad. Foreign universities generally adopt advanced laboratory management systems to realize functions such as resource reservation, equipment management, and data analysis. Domestic universities are also gradually introducing laboratory management systems, but there is still room for improvement in terms of system functions, performance and user experience. At present, the laboratory resource reservation management system based on SpringBoot has not been widely used, so this research has certain innovation and practicality.

3. Research ideas and methods

This study will adopt the following research ideas and methods:

1. Through literature review and market research, we gain an in-depth understanding of the needs and pain points of laboratory resource reservation management and provide guidance for subsequent development.
2. Based on the SpringBoot framework, system design and development is carried out. Adopting B/S architecture, the front end uses mainstream technologies such as Vue, and the back end uses technology combinations such as SpringBoot+MyBatis.
3. System performance, stability, and availability are evaluated through laboratory testing and real-world application validation.
4. Based on user feedback and actual needs, we continuously optimize system functions and user experience to enhance system value.

4. Research content and innovation points

The content of this study includes demand analysis, design, implementation, testing and optimization of laboratory resource reservation management system. The innovation points are mainly reflected in the following aspects:

1. Lightweight rapid development based on SpringBoot: Utilize the characteristics of SpringBoot to achieve rapid development and deployment of the system and improve development efficiency.
2. Front-end and back-end separation architecture: Adopt a front-end and back-end separation design pattern to reduce system coupling and improve system maintainability and scalability.
3. Visual management of laboratory resources: Through visual means such as charts and maps, the distribution and usage of laboratory resources are intuitively displayed, making it convenient for users to make reservations and management.
4. Intelligent reservation algorithm: Introduce intelligent algorithms to provide users with personalized reservation recommendations based on historical data and user needs, improving resource utilization efficiency.
5. Multi-terminal support: Develop multi-terminal applications such as mobile APPs and WeChat applets to meet users’ needs in different scenarios.

5. Detailed introduction of front and back functions

The front-end functions mainly include user login, resource browsing, resource reservation, reservation management, personal information management, etc. Users can view detailed information about laboratory resources, select appropriate resources to make reservations, and manage their own reservations. At the same time, users can modify personal information, such as passwords, contact information, etc.

Backend functions mainly include user management, resource management, appointment management, data statistics and analysis, etc. Administrators can manage users, such as adding, deleting, and modifying user information. At the same time, administrators can manage laboratory resources, such as adding new resources, modifying resource information, deleting invalid resources, etc. In addition, administrators can also view and manage all reservation records, perform statistics and analysis on data, and provide support for decision-making.

6. Feasibility analysis of research ideas and research methods

This study was developed using the SpringBoot framework, which has been widely used in the field of Web development and has a mature technology ecosystem and rich development experience. At the same time, the architecture model of separation of front and back ends is the current mainstream trend, which can meet the high performance and scalability requirements of the system. Therefore, from a technical perspective, the methods and ideas of this study are feasible.

7. Research progress arrangement

1. The first stage (1 month): Complete literature review and market research, and clarify needs and goals.
2. The second stage (3 months): Complete the design and coding of the system, including front-end and back-end development and interface design.
3. The third phase (1 month): Conduct system testing and performance evaluation, and fix potential problems and loopholes.
4. The fourth stage (1 month): Go online for trial operation, collect user feedback and make optimization and improvements.
5. The fifth stage (1 month): Complete thesis writing and graduation project arrangement, and prepare for defense and acceptance.

8. Thesis (design) writing outline

1. Introduction: Explain the background and significance of the research, and raise the research questions.
2. Related work: Analyze the current research status and related technology development trends at home and abroad.
3. Requirements analysis: Detailed description of system requirements and functional requirements.
4. System design: Elaborate on system architecture, module division, key technologies and other design contents.
5. System implementation: introduces the system development process, code implementation and key technology applications.
6. System Testing and Evaluation: Describes testing methods, results analysis, and performance evaluation.
7. User feedback and optimization: Display user feedback collection and system optimization and improvement measures.
8. Conclusion and outlook: Summarize the research results and contributions, and look forward to future research directions and application prospects.

Of course, the following is a detailed description of the front and back functions of the laboratory resource reservation management system based on SpringBoot:

Front desk function description:

1. User registration and login: Users can register through the registration page, fill in basic information and set a password. Users who already have an account can log in to the system by entering their username and password on the login page.
2. Resource display and search: The system homepage will display various laboratory resources, including equipment, venues, etc. Users can quickly find the resources they need through the search function.
3. Resource Reservation: Users can view the detailed information of resources, including name, type, location, available time, etc., and select appropriate resources to reserve. The system will provide a reservation form, and users need to fill in the reservation time, purpose of use and other information and submit it.
4. Appointment Management: Users can view their own appointment records, including appointments that have been booked, pending review, approved, rejected, etc. Users can cancel reservations that have not been started.
5. Message notification: The system will send notifications such as appointment review results, appointment start and end reminders to users through site messages, emails or SMS.
6. Personal information management: Users can modify their basic information, such as name, contact information, etc., and also modify their passwords.

Background function description:

1. User management: Administrators can view and manage the information of all registered users, including user names, email addresses, mobile phone numbers, etc. They can modify or delete user information, or Ban illegal users.
2. Resource Management: Administrators can add, modify and delete laboratory resource information, and set the type, location, available time, etc. of resources. Administrators can mark and remove damaged or scrapped resources.
3. Reservation review and management: The administrator can view all users' reservation applications and review and process the applications, including agreeing, rejecting and other operations. The administrator can reject any irregular or unreasonable reservation application. Administrators can also view all historical appointment records and perform data analysis and statistics.
4. Permission management: Administrators can set permissions for different roles, such as teachers, students, visitors, etc. Users with different roles will have different operating permissions in the system.
5. Log monitoring and security protection: The background will record all user operation logs, including login, reservation, information modification and other operations, to ensure the security of the system. Administrators can monitor and alert abnormal operations to discover and deal with security issues in a timely manner.
6. Data statistics and analysis: The backend provides powerful data statistics and analysis functions. Administrators can view data such as the usage of laboratory resources and user reservations through charts and Report presentation provides support for decision-making.

These front-end and back-end functions will jointly build a complete and efficient laboratory resource reservation management system to meet the different needs of college students, scientific researchers and administrators, and improve the management efficiency and utilization of laboratory resources.