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Periocular Recognition Under Unconstrained Conditions Using CNN-Based Super-Resolution,usion that these attributes in the literature are the best descriptors for the periocular region. One possible solution to achieve better recognition performance is to employ the latest trends in deep learning. Accordingly, we propose to apply deep learning-based super-resolution technique to the pe

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https://doi.org/10.1007/978-3-662-03366-1Keynes; agents; automata; behavior; control; economic growth; evolution; learning; memory; modeling; mutation;

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