IJCNN 2025 — INNS Doctoral Consortium
Quick update from my LinkedIn regarding the IJCNN 2025 INNS Doctoral Consortium. Click to read the post.
Read post →Ph.D. Candidate (CSE), IIT Jammu • Visiting Scholar (NTNU) • Reviewer @ CVPR, WACV, ICPR • Publications at IJCNN 2025, WACV 2024/2025, IEEE SMC, BigData, and more.
I am a researcher focused on privacy-preserving biometrics and image processing. My work explores synthetic biometric generation, cancelable templates, and inpainting/outpainting models that contribute to secure authentication systems and robust visual understanding.
Quick update from my LinkedIn regarding the IJCNN 2025 INNS Doctoral Consortium. Click to read the post.
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Quick update from my LinkedIn regarding IEEE SMC 2024. Click to read the post.
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Quick update from my LinkedIn about attending and presenting my research. Click to read the post.
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Short note from my LinkedIn about my time at the Norwegian University of Science and Technology. Click to read the post.
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Short update from my LinkedIn about participating in a prestigious program. Click to read the post.
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Short update from my LinkedIn about IJCB 2025. Click to read the post.
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Developed proxy fingerprints combined with user-specific keys for revocability and cancelability.
Custom generative model architecture to generate biometric data with controllable variation.
Convolutional network for deformed fingerprint restoration via image inpainting.
Key-based generative approach to create revocable, non-invertible proxy fingerprint templates that preserve matching utility while protecting the original biometric.
Pipeline combining class-transformation and user-specific key projection to generate realistic, revocable fingerprint templates; evaluated with MCC matcher.
A multi-stage framework that starts by first providing lower-resolution feature representations from corrupted frames using a context encoder.
For collaborations, research discussions, or speaking engagements.