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Mathematical Foundations of Deep Learning: a Theoretical Framework for Generalization, M.Sc. Thesis Sharif University of Technology ; Alishahi, Kasra (Supervisor) ; Hadji Mirsadeghi, Mir Omid (Co-Supervisor)
Abstract
Deep Neural Networks, are predictive models in Machine Learning, that during the last decade they've had a great success. However being in an over-parametrized and highly non-convex regime, the analytical examinations of these models is quite a challenging task to do. The empirical developments of Neural Networks, and their distinguishing performance in prediction problems, has motivated researchers, to formalize a theoretical foundations for these models and provide us with a framework, in which one can explain and justify their behavior and properties. this framework is of great importance because it would help us to come to a better understanding of how these models work and also enables...
Cataloging briefMathematical Foundations of Deep Learning: a Theoretical Framework for Generalization, M.Sc. Thesis Sharif University of Technology ; Alishahi, Kasra (Supervisor) ; Hadji Mirsadeghi, Mir Omid (Co-Supervisor)
Abstract
Deep Neural Networks, are predictive models in Machine Learning, that during the last decade they've had a great success. However being in an over-parametrized and highly non-convex regime, the analytical examinations of these models is quite a challenging task to do. The empirical developments of Neural Networks, and their distinguishing performance in prediction problems, has motivated researchers, to formalize a theoretical foundations for these models and provide us with a framework, in which one can explain and justify their behavior and properties. this framework is of great importance because it would help us to come to a better understanding of how these models work and also enables...
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