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Design and implementation of campus rental platform based on SpringBoot
1. Research background and significance
With the growing demand for items on campus and the need for item sharing among students, the campus rental platform came into being. However, the traditional leasing method has problems such as information asymmetry and low efficiency, and cannot meet the needs of modern college students. Therefore, this research aims to design a campus rental platform based on SpringBoot to solve the problems of traditional rental methods through information technology, improve rental efficiency, reduce rental costs, and meet the diverse needs of students. The specific meaning is as follows:
- Improve rental efficiency: Through the platform, students can quickly find and rent the items they need, reducing intermediate links and improving rental efficiency.
- Reduce rental costs: The platform can provide more rental options and reduce students’ rental costs.
- Meet the diverse needs of students: The platform can provide more types of items for students to choose from to meet the diverse needs of students.
- Promote the sharing of items on campus: The platform can promote the sharing of items on campus, improve the utilization rate of items, and reduce waste.
2. Research status at home and abroad
At present, there have been many studies on campus rental platforms at home and abroad. Abroad, some universities have established their own rental platforms, such as the "Cal Rent" platform of the University of California, Berkeley, which provides students with convenient rental services through information technology. In China, some start-up companies have also launched campus rental platforms, such as "Xiaozhu Short-term Rental" and "Ant Short-term Rental". These platforms still have some problems in terms of functions, performance, user experience, etc., and need further improvement and improvement. At the same time, some scholars have also conducted research on campus rental platforms and put forward some useful suggestions and ideas.
3. Research ideas and methods
This research will adopt the following ideas and methods: through research and analysis of the campus rental market, clarify the function and performance requirements of the platform; use the SpringBoot framework and MVC design pattern to design the overall architecture, database structure, front and backend functions of the platform; basis System design, writing code to implement various functions of the platform, and conducting testing and optimization; finally, putting the platform online for operation, and making functional improvements and fixing known issues based on user feedback. The specific methods are as follows:
- Market research and analysis: Collect students’ needs and expectations for campus rental platforms through questionnaires, interviews, etc., and analyze the current situation and development trends of the market.
- System design: Use SpringBoot framework and MVC design pattern for system design, including overall architecture, database structure, front-end and back-end functions, etc.
- System implementation and testing: Write code based on system design to implement various functions of the platform, including user management, item management, order management, etc.; conduct system testing including unit testing, integration testing, etc. to ensure the stability and reliability of the system.
- Online operation and maintenance: Put the platform online to operate the platform, make functional improvements and fix known problems based on user feedback, and continue to maintain and upgrade the system.
4. Research content and innovation points
The main contents of this study include: demand analysis, system design, system implementation and testing, and online operation and maintenance of the campus rental platform. The specific innovation points are as follows:
- Rapid development based on SpringBoot: Take advantage of the SpringBoot framework to quickly develop web applications to improve development efficiency and quality.
- Complete campus rental functions: The platform covers various aspects such as item display, online booking, and online payment to meet the all-round needs of students.
- Good user experience: Use simple and clear interface design and friendly interaction methods to improve user experience.
- Reliable security measures: Ensure the data security and user privacy of the platform through data encryption, access control and other means.
- Intelligent recommendation system: Provide users with personalized item recommendation services by analyzing the user’s rental history and preferences.
5. Detailed introduction of front and back functions
Front-end functions include: user registration and login, personal information management, item display and search, online booking and payment, etc.; back-end functions include: user management, item management, order management, data statistics and analysis, etc. The details are as follows:
- User registration and login: Allow students to register as platform members and log in to the system to enjoy member-exclusive services and discounts.
- Personal information management: Allow students to edit and manage personal information including name, student ID, contact information, etc.
- Item display and search: The items available for rent on the display platform include pictures, names, descriptions and other information; students are allowed to search for required items according to keywords.
- Online booking and payment: Allow students to book required items online and select a payment method to complete the payment operation.
- User management: allows administrators to manage user information including user registration information, order information, etc.
- Item management: allows administrators to add, edit and delete item information on the platform including pictures, names, descriptions, etc.
- Order management: Displays students’ order information including order number, item information, rental time, etc. to facilitate administrators to process orders.
- Data statistics and analysis: Provide data statistics and analysis functions to help administrators understand the operation of the platform and student behavior characteristics in order to optimize services and management strategies.
6. Feasibility Analysis of Research Ideas and Research Methods
This research adopts the campus rental platform design and implementation plan based on SpringBoot, which has high feasibility for the following reasons: First, the SpringBoot framework has The advantage of rapid development of Web applications can improve development efficiency and quality; secondly, the SpringBoot framework has rich scalability and can meet the continuous iteration and expansion needs of the platform; finally, this research team has Java programming and Web development experience and is competent in the development and implementation of the platform. . At the same time, this research also received support and funding from the school and tutors, which provided guarantee for the smooth progress of the research.
7. Expected results and value
This research is expected to achieve the following results:
- Design and implement a campus rental platform with complete functions, stable performance and good user experience to meet the diverse needs of students.
- Put forward some useful suggestions and ideas to provide reference for the construction and development of other similar platforms.
- Cultivate the practical ability, innovation ability and teamwork spirit of team members and improve their overall quality.
This research has the following values:
- Academic value: This study will explore the design and implementation methods of a campus rental platform based on SpringBoot, and provide useful reference for research in related fields.
- Practical value: This research will develop a practical campus rental platform to meet the actual needs of students, improve the utilization of items on campus, and reduce waste.
- Social value: This research will promote the sharing of items on campus, promote the construction and development of campus culture, and contribute to society.
8. Research progress arrangement
To ensure the smooth progress of the project, this study has developed the following schedule:
- The first stage (1-3 months): Conduct market research and analysis, clarify the function and performance requirements of the platform, and complete the writing of requirements documents.
- The second stage (4-6 months): Carry out system design, including the design of the overall architecture, database structure, front-end and back-end functions, etc., and complete the preparation of relevant documents.
- The third stage (7-9 months): Implement system coding, complete the development of front and back functions, and conduct unit testing.
- The fourth stage (10-12 months): Carry out system integration testing, including functional testing, performance testing, security testing, etc., and fix known problems.
- The fifth stage (13-15 months): Carry out online operation of the platform, improve and optimize functions based on user feedback, and continuously maintain and upgrade the system.
- The sixth stage (16-18 months): Write a graduation thesis, summarize the project results, and conduct a project defense.
9. Thesis (design) writing outline
In order to ensure the quality and clear structure of the paper, this study developed the following writing outline:
- Abstract: Summarize the research background, purpose, methods and main results of this study.
- Introduction: Introducing the research background and significance of campus rental platforms, as well as the current research status at home and abroad.
- System demand analysis: Through market research and user demand analysis, the function and performance requirements of the platform are clarified.
- System design: Elaborate on the overall architecture, database structure, front-end and back-end functions of the platform and other design contents.
- System implementation and testing: introduces the implementation process of the platform, including the selection and implementation methods of key technologies, as well as system testing methods and results.
- System application and effect analysis: Display the actual application effect of the platform, including user feedback, operational data, etc.
- Conclusion and outlook: Summarize the main results and contributions of this study, and propose existing problems and improvement directions for the platform.
- Acknowledgments: We would like to thank the mentors, team members and relevant institutions for their support and help.
- References: List relevant literature and materials cited in this study.
10. Main references
To ensure the accuracy and credibility of the research, this study will cite the following main references:
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11. Conclusion and outlook
This study designs and implements a campus rental platform based on SpringBoot to meet the diverse needs of students and improve the utilization of items on campus. Through market research and demand analysis, system design, system implementation and testing, and online operation and maintenance, this research has achieved a series of important results and contributions. Looking to the future, we will continue to pay attention to the development trends and technological innovations in the field of campus leasing, continue to optimize and improve platform functions, and improve user experience and service quality. At the same time, we also hope that this research can provide reference and reference for the construction and development of other similar platforms to promote the application and development of information technology in the field of campus leasing.
research background and meaning
With the increase in the number of college students and the improvement of living standards, there is an increasing demand for rental services on university campuses. However, the current campus rental platforms on the market cannot fully meet the needs of students. The campus rental platform based on SpringBoot can provide students with better rental services, and can also promote the circulation of goods and services on campus through this platform, which has great market potential. Therefore, this article intends to conduct research on this topic.
Research status at home and abroad
In China, although some similar campus rental platforms have appeared on the market, most of them have problems such as product deficiencies and low service quality. Nowadays, with the development of Internet technology and the rapid rise of the ICT industry, many new Internet technologies have gradually become hot topics, such as big data, cloud computing, Internet of Things, etc. These new technologies have important implications for the design and implementation of campus rental platforms. New challenges and opportunities are presented.
In foreign countries, some successful campus rental platforms have emerged, such as CampusBooks in the United States and the domestic component rental platform "Hupian.com". These platforms have relatively mature business models and operating strategies.
Research ideas and methods
The core idea of this study is to develop a campus rental platform based on SpringBoot, which uses a variety of technical means to achieve efficient and reliable operation of the platform and provide students with more convenient rental services.
Specifically, this study adopts the following ideas and methods:
1. Analyze market demand, determine the service objects and service content of this platform, and design the product structure and user interaction process of the platform;
2. Build front-end and back-end frameworks and database storage structures, using technical tools such as SpringBoot, Maven, and Mybatis;
3. Develop front-end and back-end functional modules, including user registration, login, product release, rental ordering, payment and other functions, using Java, javascript and other languages to write code;
4. Design and implement data analysis and visualization functions, use tools such as Echarts to analyze platform usage and user feedback, and optimize and update platform effects.
Research internal customers and innovation points
The core innovations of this study are:
1. Use the Spring Boot framework to achieve rapid development and efficient operation of the platform’s back-end functions;
2. Use data analysis and visualization tools such as Echarts to conduct statistical analysis of user usage and rental needs to provide decision-making basis for platform operation and improvement;
3. Expand the services of the campus rental platform to students’ social and life aspects, and promote communication and interaction between users through functions such as “friend recommendation” and “activity information” to increase the user stickiness of the platform.
Detailed introduction of front and back functions
The front desk of the platform includes user registration, login, personal information management, product display, search, filtering, collection, order management, payment information and other functional modules.
The backend of the platform includes functional modules such as administrator login, backend administrator management, product management, order management, and data analysis.
The product display page at the front desk is designed with good visual effects, and users can quickly find products that meet their needs through filtering conditions. The product details page includes product description, product pictures, product price, rental time and other information. Users can collect the products they are interested in, or place an order for rental on the product details page.
Research ideas, research methods, feasibility
The idea of this research is to develop a campus rental platform based on Spring Boot, improve the operating efficiency and user experience of the platform through a variety of technical means, and achieve functional improvements and performance upgrades of the platform. This method can improve the user experience and efficiency of the platform and enhance the market competitiveness of the platform.
The feasibility of this study is mainly reflected in the following aspects:
1. The Spring Boot framework is highly scalable and flexible and can quickly build the platform’s backend framework and database storage structure;
2. Using ORM tools such as Mybatis, you can achieve data access and management on the platform and improve the operating efficiency and stability of the database;
3. Using tools such as Echarts, data analysis and visualization functions can be implemented to provide decision-making basis for platform effect optimization and update.
Research schedule
The schedule of this study is as follows:
1. Early preparation stage (1 month), complete market and user demand analysis, platform function design and technology selection;
2. System design stage (2 months): Complete the construction of the platform's backend framework and database storage structure, front-end and backend interaction design, and user experience testing;
3. System development stage (3 months), complete the development and testing of front-end and back-end functional modules, the design and implementation of data analysis and visualization functions, etc.;
4. System launch and operation and maintenance stage (2 months), complete platform launch and testing, user feedback collection, platform optimization and update, etc.
Thesis (design) writing outline
Chapter 1 Introduction 1.1 Research background and significance 1.2 Research status at home and abroad 1.3 Research ideas and methods 1.4 Research innovations and internal customers 1.5 Thesis structure arrangement
Chapter 2 Introduction to related technologies and tools 2.1 Spring Boot technology 2.2 Maven management tool 2.3 Mybatis ORM framework 2.4 Echarts data analysis and visualization tool 2.5 Introduction to other related technologies and tools
Chapter 3 Platform design and implementation 3.1 Platform front-end design and implementation 3.2 Platform back-end design and implementation 3.3 Database design and implementation 3.4 Detailed introduction of platform function modules
Chapter 4 Platform Testing and Operation 4.1 Platform Test Environment Design and Construction 4.2 Platform Function Test and Performance Test 4.3 Platform Online and Operation Maintenance
Chapter 5 Platform Data Analysis and Visualization 5.1 Data Statistics and Analysis 5.2 Data Visualization and Display 5.3 Data Analysis Results and Platform Optimization
Chapter 6 Summary and Outlook 6.1 Summary of research results 6.2 Research deficiencies and improvements 6.3 Future development direction of the platform
main reference
[1] Zhang San. Design and implementation of campus rental platform based on Spring Boot [D]. A university, 2021.
[2] Li Si, Wang Wu. Detailed explanation of Spring Boot technology[M]. Beijing: XXXX Publishing House, 2020.