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Bayesian Deep Learning
Avik Santra (Infineon Technologies (Germany)), Souvik Hazra (Infineon Technologies (Germany)), Lorenzo Servadei (Infineon Technologies (Germany)), Thomas Stadelmayer (Infineon Technologies (Germany)), Michael Stephan (Infineon Technologies (Germany)), Anand Dubey (Infineon Technologies (Germany))
Abstract: This chapter will give an overview on the fundamental principle of learning theory. Later, keeping goal of learning theory, formulation of deterministic architecture derived followed by its inherent limitation on representation learning. These limitations are due to model architecture and imitated or noisy measurement data. This leads to formulation of uncertainty with in deterministic neural networks and gives path to Bayesian neural network. This chapter provides detailed understanding on Bayesian learning followed by understanding on different elemental blocks required to formulate Bayesian deep learning. Later, different optimizing techniques are compared to realize Bayesian deep learning. At the end, a practical application is demonstrated on Bayesian deep learning for an automotive radar using state-of-the-art optimization technique.