An AI-powered intelligence wellness prediction system Project is a package exertion that utilises instrumentality learning algorithms to analyse psychological and behavioural data. Based connected this analysis, the strategy predicts a user’s intelligence wellness status, facilitating early discovery and awareness.
AI-powered intelligence wellness prediction system is developed utilizing Python, 1 of the astir celebrated languages for AI and information science, and trained connected intelligence wellness study datasets to execute reliable prediction accuracy.
🛠️ Tech Stack Used
Frontend / Web Interface:
- Django (Python Web Framework) – Used to create the web interface for personification input, displaying predictions, and managing data
- HTML5, CSS3, JavaScript – For rendering and styling web pages
- Bootstrap (optional) – For responsive UI components
- Django Templates – For move web page rendering
🧠Machine Learning / Backend Logic:
- scikit-learn – Machine Learning room utilized to instrumentality algorithms for illustration Logistic Regression, Decision Tree, Random Forest, KNN
- NumPy→ For numerical operations and matrix manipulation
- Pandas → For handling and preprocessing datasets
- joblib → To prevention and load the trained instrumentality learning model
🗃️ Database:
- SQLite – Lightweight relational database utilized to shop personification information and predictions
- Django ORM (Object Relational Mapper) – Handles relationship betwixt Django models and the SQLite database
⚙️Tools & Environment:
- Python 3.x – Core programming connection used
- PyCharm – IDE for development
- Virtualenv / pip – For managing dependencies
✅ Key Features
- User Authentication System
Secure signup, login, logout, and password guidance for some users and administrators. - Mental Health Prediction
Uses a instrumentality learning exemplary to foretell intelligence wellness consequence based connected personification inputs. - Multiple Risk Categories
Classifies users into Healthy, Low Risk, Moderate Risk, and High Risk categories. - Risk Percentage Calculation
Provides a normalised consequence percent for amended mentation of results. - Personalized Suggestions
Offers guidance and recommendations based connected predicted intelligence wellness status. - Prediction History Tracking
Allows users to position past prediction records for self-monitoring. - User Profile Management
Enables users to position and update their individual information. - Admin Dashboard
Displays full users, consequence distribution, and wide strategy statistics. - User Management
Admin tin view, search, filter, and negociate registered users. - Secure and User-Friendly Interface
Designed pinch a clean, intuitive layout for easy navigation and usability.
AI-Powered Mental Health Prediction successful Python & ML: Output Screenshot
Login Page

Signup/Registration

Dashboard

Prediction Form

Prediction Result

How to tally the AI-Powered Mental Health Prediction System using Python Machine Learning (ML)
1. Download the zip record of the AI-Powered-Mental-Health-Prediction-ML-Projectin Python
2. Extract the file, copy Mental_Health_Prediction the files and paste it connected the desktop
3. Open PyCharm and import the task into PyCharm
4. Install 4 libraries (if not installed)
|
1 2 3 4 |
pip install joblib pip install numpy pip install scikit-learn pip install pandas |
5. Run the Project utilizing the pursuing command
python manage.py runserver
Now, click the URL http://127.0.0.1:800,0 and the Project will run
Login Details
*************User************
Username: john123
Password: Test@123
Or registry a caller user.
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