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Gender and age detection system for election voter card

  • Job typeJob type: Onsite
  • Job Duration01 to 03 months
  • Project deadlineFebruary 28, 2025
Project detail

Objective

To create a system that automatically detects and verifies the gender and age of individuals for voter card applications, ensuring accuracy and reducing errors in the electoral database.


Key Components

  1. Input Data
    • High-quality scanned images of voter card applications or user-provided photographs.
    • Basic demographic details (e.g., name, DOB).
  2. Technologies Used
    • Face Recognition Libraries: OpenCV, Dlib, or DeepFace for analyzing facial features.
    • Machine Learning Models: Pre-trained models for gender and age detection (e.g., TensorFlow, PyTorch).
    • OCR Tools: Tesseract or AWS Textract to extract text (e.g., date of birth) from images.
  3. Workflow
    • Step 1: Input the voter’s photo and DOB (optional).
    • Step 2: Use OCR to extract the DOB from documents if not provided directly.
    • Step 3: Process the photo with a gender and age detection model.
    • Step 4: Compare detected age with the extracted DOB for validation.
    • Step 5: Flag inconsistencies (e.g., if the detected age significantly differs from the DOB).
  4. Architecture
    • Frontend: A simple web or mobile app for uploading images and entering details.
    • Backend:
      • Image processing with OpenCV or similar tools.
      • Model integration for age and gender detection.
    • Database: To store user details and results for future reference.

Features

  1. Age Detection
    • Use convolutional neural networks (CNNs) trained on datasets like IMDB-WIKI or UTKFace.
    • Predict age based on facial features with a certain margin of error (e.g., ±3 years).
  2. Gender Detection
    • Classify gender based on facial structure using pre-trained models.
  3. Verification Against Documents
    • Cross-verify extracted DOB with detected age.
    • Identify discrepancies, such as mismatched DOB or altered images.
  4. Error Handling
    • Manual override for cases where automated detection is inconclusive.

Challenges

  1. Accuracy of Models: Variations in lighting, angle, and image quality can affect results.
  2. Data Privacy: Ensure compliance with data protection laws (e.g., GDPR, CCPA).
  3. Edge Cases
Industry Specialized Experience