Academic Fraud Detection System:
Inspiration:
Academic dishonesty has become a growing challenge in schools and colleges due to the increasing use of online examinations and AI writing tools. Teachers spend a significant amount of time manually checking assignments for plagiarism and identifying suspicious activities. We wanted to build an intelligent system that automates this process and helps educational institutions maintain academic integrity through Artificial Intelligence.
What it does:
The Academic Fraud Detection System is an AI-powered web application that detects plagiarism, AI-generated content, duplicate submissions, and suspicious examination behavior. It analyzes uploaded assignments and exam responses using Machine Learning and Natural Language Processing (NLP), calculates similarity scores, identifies potential fraud, and generates detailed reports with risk scores and real-time alerts for faculty members.
Key Features:
- AI-powered plagiarism detection
- AI-generated content detection
- Duplicate assignment detection
- Similarity score calculation
- Fraud risk scoring
- Faculty dashboard
- Student submission portal
- Real-time notifications
- Report generation
- Secure authentication
- Analytics dashboard
- Search and filter functionality
How we built it:
We developed the frontend using HTML, CSS, JavaScript, and Bootstrap to provide a responsive user interface. The backend was built using Python with the Flask framework. Machine Learning models and Natural Language Processing techniques were used for plagiarism detection and content analysis. The system stores user information, submissions, and reports in a MySQL database. Git and GitHub were used for version control throughout the development process.
Challenges we ran into:
- Detecting plagiarism with high accuracy
- Identifying AI-generated text
- Reducing false positive results
- Processing large document files efficiently
- Designing an intuitive dashboard for faculty
- Ensuring secure storage of student data
Accomplishments that we're proud of:
- Built an end-to-end AI-powered academic integrity platform
- Automated plagiarism and fraud detection
- Generated detailed similarity and fraud reports
- Created a clean and responsive user interface
- Reduced manual verification efforts for educators
What we learned:
- Machine Learning for text classification
- Natural Language Processing techniques
- Plagiarism detection algorithms
- Backend API development with Flask
- Database design using MySQL
- User authentication and security
- Team collaboration using Git and GitHub
What's next for Academic Fraud Detection System:
- Deep Learning-based fraud detection
- Real-time online exam monitoring
- Face recognition for candidate verification
- Voice authentication
- Browser activity monitoring
- LMS integration (Moodle, Google Classroom)
- Mobile application
- Cloud deployment using AWS
- AI-powered teacher assistant
Built With
- backend
- css
- html
- javascript
- ml