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1. Research background and significance
With the development of the Internet and mobile Internet, people increasingly rely on the Internet for communication and information acquisition, and online surveys have become a common method of data collection. A large number of questionnaire surveys are widely used in academic research, market research, social surveys and other fields. Traditional paper questionnaires have shortcomings such as long time and complex data processing, while Web-based questionnaire systems have the advantages of fast information collection and convenient data processing, so they are widely used.
With the advent of the information age, the application of Web questionnaire systems in universities has received more and more attention. This article takes the Web-based questionnaire survey system for college students as the research object, aiming to provide an efficient, fast, reliable, and safe questionnaire survey system to meet the needs of students and teachers for questionnaire surveys.
2. Research status at home and abroad
There have been some studies and implementations on Web-based questionnaire systems at home and abroad. For example, the design and development of the "Online Questionnaire System" (Liu et al., 2016), which is an online questionnaire system developed based on PHP+MySQL and has functions such as custom question types, automated scoring, and questionnaire filtering; and "Ajax-based online questionnaire design system" (Cheng et al., 2017), this system uses Ajax technology to dynamically add questions and options, and has a real-time saving function.
In addition, a study by Northwest Agriculture and Forestry University showed that the advantage of a Web-based questionnaire system is that it can produce high-quality questionnaire data in large quantities and can greatly shorten the time of data collection and processing (Li et al., 2015). These studies show that the application of Web-based questionnaire systems in colleges and universities has broad prospects and practical significance.
3. Research ideas and methods
In this study, we adopted the technology of Web application development. First, we conducted a demand analysis and determined the main functions and requirements of the system; then, we designed the system structure and data structure of the system; then, we implemented the front-end interface of the system using HTML, CSS, JavaScript and other technologies, and used PHP, MySQL and other technologies realize the background functions of the system; finally, we conducted system testing and performance optimization, and conducted a security assessment of the system.
4. Research content and innovation points
The main functions of this system include: questionnaire creation, questionnaire filling, questionnaire data statistics and analysis. Among them, the questionnaire creation function includes the creation of questions, the selection of question types, the addition and deletion of options, etc.; the questionnaire filling function includes the answers to questions and the selection of options; the questionnaire data statistics and analysis function includes the visualization and processing of questionnaire data. analyze.
The innovation of this system is that we use relatively advanced technologies, such as HTML5 and CSS3, to achieve a set of beautiful, concise, and easy-to-use front-end interfaces, which greatly improves the user experience. In addition, we also provide real-time prompts and error prompts for the questionnaire filling process, which eliminates user doubts and obstacles during the filling process and improves the user's filling efficiency and quality.
5. Detailed introduction of front and back functions
1. Front-end functions
(1) Login and registration
Users need to register or log in before taking the questionnaire. The registration function includes the entry of user name, password, email and other information, and the login function performs identity verification based on the user name and password entered by the user.
(2) Questionnaire list
Users can view the list of existing questionnaires and select the questionnaire to be filled out.
(3) Fill in the questionnaire
Users fill in the options given in the questionnaire and check and modify their answers.
(4) Submit questionnaire
After completing the filling, the user submits the questionnaire and receives a message indicating that the submission was successful.
2.Backend functions
(1) Questionnaire creation
Administrators can create questionnaires, including questionnaire titles, questionnaire descriptions, questionnaire questions, etc. They can select question types and add corresponding options.
(2) Questionnaire data statistics and analysis
Administrators can perform statistics and analysis on existing questionnaire data and generate reports or charts.
(3) User management
Administrators can manage existing user information, including usernames, passwords, emails, etc., and set permissions.
(4) System settings
Administrators can set up the system, including basic system information, data backup and recovery, etc.
6. Research ideas, research methods, and feasibility
The research method used in this system is Web application development. We used HTML, CSS, JavaScript, PHP, MySQL and other technologies to implement the front-end and back-end functions of the system, and tested and optimized the system. The advantage of this method is that it can be developed and deployed quickly, and it also has good maintainability and scalability.
In practical applications, we need to consider the feasibility of the system. Through the analysis of market surveys and user needs, some relatively objective data and feedback information can be obtained to evaluate and adjust the feasibility of the system.
7. Research progress arrangement
The research schedule of this system is as follows:
The first stage: demand analysis and system design, expected to take 1 month;
The second phase: system development and testing, expected to take 3 months;
The third stage: system optimization and security assessment, expected to take 1 month;
The fourth stage: thesis writing and defense, is expected to take 1 month.
8. Thesis (design) writing outline
The writing outline of this article is as follows:
Chapter 1: Introduction. Introduce the background, purpose and significance of this study.
Chapter 2: Related technologies and research status. Introduces the current research status and development trends of Web application development technology and questionnaire systems.
Chapter 3: Requirements analysis and system design. Conduct detailed analysis of system requirements and functions, and design system structure and data structure.
Chapter 4: System Development and Testing. System development is carried out by separating the front and back ends, and the system is tested and performance optimized.
Chapter 5: System Optimization and Security Assessment. Optimize and security assess the system to improve user experience and system reliability.
Chapter Six: Summary and Outlook. The research results of this article are summarized and future research on Web-based questionnaire systems is prospected.
9. Main references
Liu et al. Design and development of "online questionnaire system" [J]. Computers and Digital Engineering, 2016, 44(5): 110-113.
Cheng et al. Online questionnaire design system based on Ajax[J]. Computer and Digital Engineering, 2017, 45(7): 118-121.
Li et al. Research and implementation of Web-based questionnaire survey system [J]. Modern Electronic Technology, 2015, 38(12): 131-135.
Huang et al. Design and development of Web-based questionnaire survey system[J]. Computer Applications, 2016, 36(11): 309
Design and implementation of a web-based questionnaire survey system for college students Graduation project proposal report
1. Research background and significance
As an important social science research method, questionnaires are widely used in various academic research, market research, policy evaluation and other fields. With the rapid development of Internet technology, the traditional paper questionnaire method can no longer meet the needs of large-scale, high-efficiency, and real-time data collection and analysis. The Web-based questionnaire survey system can provide convenient, efficient, and low-cost questionnaire design and publishing tools, greatly simplifying the questionnaire survey process and improving the efficiency of data collection and processing. Therefore, it is of great significance to design and implement a Web-based questionnaire survey system for college students, which can promote the popularization and application of questionnaire surveys and promote the development of social science research.
2. Research status at home and abroad
At home and abroad, Web-based questionnaire survey systems have been widely used and studied. Some well-known foreign questionnaire survey platforms such as SurveyMonkey and Google Forms provide powerful questionnaire design and data analysis functions and are widely used in various research and survey projects. There are also some similar questionnaire survey systems in China, such as Questionnaire Star, Tencent Questionnaire, etc. They have certain innovations and advantages in user interfaces, questionnaire templates, data analysis, etc. However, existing questionnaire systems still have limitations in some aspects, such as flexibility in questionnaire design, data security and privacy protection, system scalability and customization, etc. Therefore, this study aims to design a Web-based questionnaire system that meets the needs of college students, solves the problems of the existing system, and provides better questionnaire experience and services.
3. Research ideas and methods
This study will adopt the following research ideas and methods:
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Demand analysis: Through literature research, expert interviews, user research, etc., we will gain an in-depth understanding of college students’ needs and expectations for the questionnaire system and determine the functions and characteristics of the system. At the same time, the advantages and disadvantages of the existing system are analyzed to provide reference for system design.
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System design: Based on the requirements analysis results, carry out the overall design of the system, including system architecture, functional module design, database design, user interface design, etc. Focus on the flexibility of questionnaire design, data security and privacy protection, system scalability and customization requirements.
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Technical implementation: Use appropriate development technologies and tools, such as front-end React framework, back-end Spring Boot framework, MySQL database, etc., to implement the front-end and back-end functions of the system. Pay attention to technical details such as system performance optimization and user experience improvement.
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System testing and optimization: Comprehensive testing of the developed system, including functional testing, performance testing, security testing, etc. Based on the test results, the system is optimized and improved to ensure the stability and availability of the system. At the same time, user feedback is collected and analyzed to continuously improve system functions and user experience.
4. Research content and innovation points
The content of this study mainly includes demand analysis, system design, technology implementation, system testing and optimization of the Web-based college student questionnaire system. The innovation points are as follows:
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Flexible and customizable questionnaire designer: Provides a visual drag-and-drop questionnaire designer that supports customized questionnaire styles, logic jumps, verification rules, etc., to meet the diverse questionnaire design needs of college students.
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Data security and privacy protection mechanism: Advanced encryption technology and data desensitization methods are used to ensure the security and privacy protection of questionnaire data. At the same time, data export and deletion functions are provided to protect users’ data rights.
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Multi-tenant support and customized services: It supports multi-tenant mode and can provide independent survey space and data isolation for different schools, colleges, research groups, etc. Provide customized services to meet the individual needs of different users.
5. Detailed introduction of front and back functions
The front desk functions mainly include user registration and login, questionnaire filling and submission, survey result viewing, personal information management, etc. Users can register and log in to the system through the front-end interface, fill in and submit questionnaires, view survey results and statistical charts, manage personal information, etc.
Backend functions mainly include questionnaire management, data management, user management, system configuration, etc. Administrators can publish and manage questionnaires, view and export questionnaire data, manage users and permissions, and configure and customize the system through the backend management system. At the same time, the backend also provides data analysis and report generation functions to facilitate administrators to conduct data mining and decision support.
6. Research ideas and feasibility of research methods
The research ideas and methods used in this study are technically feasible and compatible with existing technologies and tools. The development technologies and frameworks used have been widely used and verified, and can ensure the stability and reliability of the system. At the same time, team members have relevant technical experience and project practice capabilities and can successfully complete the research topic.