Face Recognition Attendance System'

Face Recognition Attendance System with Python Django

Face Recognition Attendance System with Python Django

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A simple project based on Face Recognition Attendance System which is developed using Python, Django, and OpenCV. This project is designed to provide a modern way of managing student or employee attendance through facial recognition. By capturing and recognizing faces in real-time, the system automatically marks attendance without the need for manual entry.

The application is straightforward, practical, and directly connected to real-world scenarios where accuracy and time management are important. It is an excellent project for students who want to explore the integration of machine learning with web applications while solving a real problem in educational and organizational setups.

 Tech Stack Overview

Technology Purpose
Python Core programming language
Django Web framework for routing/views/forms
OpenCV Face detection and recognition
Pandas Handle CSV read/write for attendance
Pillow (PIL) Image processing during training
HTML/CSS (basic) Frontend forms and attendance table display

 Core Features

  • Student face registration via webcam
  • Face recognition with real-time webcam feed
  • Attendance stored daily in CSV files
  • Trainable model (LBPH Face Recognizer)
  • No need for admin panel or database

Key Functionalities

1. register_student(request)

Allows students to register their ID and Name, and capture 20 face images using a webcam.

Highlights:

  • Faces detected using Haar Cascade
  • Manual image capture ('c' key)
  • Saves data to StudentDetails.csv

2. train_model(request)

Trains the model using the LBPH (Local Binary Pattern Histogram) algorithm from OpenCV.

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Highlights:

  • Reads all images from TrainingImage/
  • Converts to grayscale using Pillow
  • Detects faces and associates with ID
  • Saves model as trained_model.yml

3. take_attendance(request)

Real-time face recognition and attendance marking.

Highlights:

  • Loads trained model and student data
  • Detects faces, predicts ID, fetches Name
  • Avoids duplicate entries per session
  • Saves daily CSV in Attendance/

CSV Format:

pgsqlCopy codeID, Name, Date, Time

4. view_attendance(request)

Displays attendance for the current date on a simple HTML page.

Highlights:

  • Reads CSV for today’s date
  • Renders a table in attendance.html
  • Shows empty state if no attendance file exists

 File Structure Snapshot

pgsqlCopy codemedia/
├── TrainingImage/
├── Attendance/
│   └── Attendance_YYYY-MM-DD.csv
└── StudentDetails.csv

recognition/
├── views.py
├── trained_model.yml
├── haarcascade_frontalface_default.xml

templates/
├── index.html
├── register.html
└── attendance.html

Usage Flow

  1. Navigate to /register/ and register student face
  2. Go to /train/ and train the face recognition model
  3. Use /take_attendance/ to mark attendance
  4. Check /view_attendance/ to see today’s attendance
Face Recognition Attendance System with Python Django
Face Recognition Attendance System with Python Django
Face Recognition Attendance System with Python Django
Face Recognition Attendance System with Python Django
Face Recognition Attendance System with Python Django
Face Recognition Attendance System with Python Django

Thoughts

This lightweight system is great for small-scale projects and educational purposes only. You can extend it by:

  • Adding email notifications after attendance
  • Integrating student login system
  • Visualizing attendance stats

 

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