🩺 Finger Vein Feature Extractor using MobileNet

This pretrained model is designed for finger vein recognition. It uses a MobileNet-based feature extractor trained on finger images to extract deep biometric features.

πŸ”§ How It Works:

  • The model first extracts features from finger vein images using MobileNet.
  • These features are then used to form image pairs.
  • A deep neural network (e.g. Siamese) is trained on these pairs to learn a similarity metric.
  • Finally, the system classifies whether two finger vein images belong to the same person or not.

πŸ“¦ Use Cases:

  • πŸ” Biometric authentication systems
  • πŸ” Finger vein matching or verification
  • 🧬 Medical/Forensic identification tasks

πŸ–ΌοΈ Input:

  • RGB finger vein image (resized to 224Γ—224)
  • Normalized to [0, 1]

πŸ“€ Output:

  • Feature vector (if using encoder only)
  • Or: Match / No-match decision (in Siamese setup)

πŸ’Ύ Model Format:

  • model.keras β€” Keras format for MobileNet feature extractor
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