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Karen Panetta

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Unrolling Post-Mortem 3D Fingerprints Using Mosaicking Pressure Simulation Technique


June 27, 2019
by Karen Panetta

K. Panetta, S. Rajeev, K. M. S. Kamath and S. S. Agaian, IEEE Access, vol. 7, pp. 88174-88185, 2019.

Posted in 2019, journal article
and
tagged with fingerprint identification, image segmentation, mosaicking pressure simulation technique, ante-mortem fingerprints, post-mortem fingerprint recovery, three-dimensional scanning systems, 3D-to-2D fingerprint image mapping algorithms, 2D fingerprint capturing procedure, 3D-2D fingerprint verification, 2D fingerprint recognition systems, viable fingerprint image, traditional fingerprint unrolling techniques, post-mortem 3D fingerprint unrolling, Fingerprint recognition, Three-dimensional displays, Fingers, Two dimensional displays, Solid modeling, Image matching, Deformable models, 2D processing, 3D processing, ante-mortem, authentication, biometric, fingerprint, forensics, image-stitching, modeling, post-mortem, pressure-simulation, processing, recognition, unraveling, unrolling, verification
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