Design and implementation of campus access intelligent management system Graduation project proposal report

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Design and implementation of campus entrance and exit intelligent management system for college students. Graduation project proposal report

1. Research background and significance

With the expansion of the scale of colleges and universities and the increase in the number of students, campus access management has become an important issue. Traditional campus access management methods usually rely on manual operations, such as identity verification and registration by security personnel. This method is not only inefficient, but also error-prone, and difficult to meet the security and convenience requirements of modern universities. Therefore, it is of great significance to design and implement an intelligent campus access management system. It can improve the efficiency of student and staff access, ensure campus safety, and provide accurate data support to school management.

2. Research status at home and abroad

At home and abroad, research on campus access management has made certain progress. In terms of technology, technologies such as facial recognition and RFID have been widely used in identity recognition and access control. In terms of research content, current research mainly focuses on the optimization of identity recognition algorithms, mining and analysis of incoming and outgoing data, etc. However, there are still some challenges and problems, such as how to ensure the accuracy and efficiency of identification, and how to reasonably plan and layout entrances and exits.

3. Research ideas and methods

The goal of this study is to design and implement an efficient and accurate campus access intelligent management system. Research ideas include: requirements analysis, system design, technology implementation and application evaluation. Specific research methods include literature research, case analysis, experimental verification, etc.

4. Research content and innovation points

The contents of this study include: system requirements analysis, overall design, key technology research, system implementation and application evaluation. The innovation lies in:

1. Identity recognition algorithm based on deep learning: By introducing deep learning technology, the identity recognition algorithm is optimized to improve recognition accuracy and speed.
2. Intelligent layout planning: Design a reasonable entrance and exit layout plan based on the actual situation and usage needs of the campus.
3. Big data analysis and application: Mining and analyzing incoming and outgoing data to provide decision-making support for campus management.

5. Front-end and back-end function description

Front desk functions:

1. Identity verification: Verify identity through card swiping, code scanning, face recognition, etc. to achieve quick entry and exit.
2. Temporary visitor management: Provide convenient registration and verification methods for temporary visitors to facilitate visitor entry and exit.
3. Emergency evacuation guidelines: In case of emergency, provide quick evacuation guidelines to ensure personnel safety.

Backend functions:

1. Identity Information Management: Manage the identity information of students, faculty, staff, and other personnel to ensure data accuracy and completeness.
2. Entry and exit record query: Real-time query and statistics of entry and exit records, providing data support for management departments.
3. Alarm and exception handling: Alarm and handle abnormal access situations to ensure campus safety.
4. System setup and maintenance: Perform parameter settings, permission management and other operations on the system to ensure the stability and security of the system.

6. Research ideas and feasibility of research methods

The research ideas and methods adopted in this study are feasible. First of all, technologies such as deep learning and big data are very mature and have been widely used in many fields. Secondly, the requirements for campus access management are clear, and a clear technical implementation path can be formed through demand analysis and system design. Finally, the research team has the relevant technical background and project experience to complete this study.

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 (2 months): Conduct demand analysis and system design, including front-end and back-end functional design, database design, etc.
3. The third stage (3 months): Complete key technology research and system implementation, including the research and development of identity recognition algorithms, coding of front-end and back-end functions, etc.
4. The fourth phase (1 month): Conduct system testing and performance evaluation, and fix potential problems and loopholes.
5. The fifth stage (1 month): Complete thesis writing and organization, and refine research results and innovations.
6. The sixth stage (half a month): Prepare for defense-related matters, including PPT production, speech preparation, etc.

8. Thesis (design) writing outline

1. Introduction: Explain the research background and significance, and introduce the necessity and urgency of campus access intelligent management system.
2. Review of related technologies: Review the current research status and technological progress at home and abroad in aspects of identity recognition, access management, etc.
3. Requirements analysis and system design: Describe the system requirements in detail, including functional requirements and non-functional requirements, and provide the overall system design and key module design plans.
4. Key technology research and system implementation: Detailed introduction to the research and implementation process of key technologies such as identity recognition algorithms and big data analysis, as well as the implementation methods of front-end and back-end functions.
5. System testing and performance evaluation: Describe system testing methods, test environments and test results, and evaluate and analyze system performance.
6. Conclusion and outlook: Summarize the main work and contributions of the paper, point out the limitations of the research and possible future research directions.

Detailed description of front and back functions:

Front desk function description:

1. User registration and login: First-time users can enter relevant information and create a personal account through the registration function. Registered users can enter the system through the login function and enter their username and password.
2. Identity verification: When a user passes through the school gate, the system automatically identifies the user's identity through facial recognition, RFID and other technologies, quickly completing the verification and achieving barrier-free entry and exit.
3. Visitor Management: For unregistered visitors, you can use the visitor management function to invite campus personnel and generate a temporary pass code. Visitors can enter and exit the campus through the pass code.
4. Pass Record Inquiry: Users can query their own access records, including entry and exit time, location and other information.
5. Emergency evacuation prompt: In an emergency, an emergency evacuation prompt will pop up on the front desk interface to guide users to evacuate quickly and safely.

Background function description:

1. User Management: The administrator can manage the information of all registered users in the background, including viewing, modifying, deleting user information and other operations.
2. Identity Information Management: Administrators can manage the identity information of students and faculty, upload, modify and delete identity data to ensure the accuracy and completeness of identity information.
3. Access and exit record management: Administrators can view and query campus access records in real time, and can mark and process abnormal access records.
4. Alarm management: The system alarms for abnormal incoming and outgoing situations and potential security threats. Administrators can view and process these alarm information.
5. System data management: Including data backup, recovery, cleanup and other operations to ensure the security and integrity of system data.
6. System Settings: Administrators can adjust the basic settings of the system, such as parameter settings for identity recognition algorithms, access rule settings, etc.

The above is a detailed description of the front and backend functions of the campus access intelligent management system. These functions will jointly ensure the integrity and efficiency of the system, meet various needs for campus access management, and improve the safety and convenience of the campus.