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OT-SC-WS-01 | Deep learning

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Dr. Daniel Otero Baguer, Prof. Dr. Dr. Peter Maaß

Deep learning

 

The course is thought for anyone interested on deep learning and industry applications. It is also a good introduction to the field and specially to the PyTorch deep learning library. In this course the participants will really have hands on and build their own neural networks, not only for typical computer vision tasks, but also for solving more complex problems such as obtaining computer tomography reconstructions.

Contents

  • Introduction to training neural networks with PyTorch
  • Model-based classic approaches, e.g., ISTA.
  • Introduction to data-based methods, e.g., LISTA
  • Neural Networks for trivial ill-posed inverse problems and fully data-based methods
  • Combining model and data-based methods: learned post-processing and learned gradient descent
  • Deep Image Prior and mathematical aspects
  • Applications on Computed Tomography (CT)

Outcomes

At the end of the course the participants will have a good understanding of how neural networks work, and also the mathematical theory behind it. They will also be able to program deep learning approaches themselves using Python and the PyTorch library.

Prior knowledge

Some experience in programming in Python needed.

Requirements

When?

14.09.2021, 09:00 - 16:00

15.09.2021, 09:00 - 12:00


Where?

Hybrid


Language?

English

Daniel Otero Baguer

Dr. Daniel Otero Baguer

Post-doctoral researcher, head of digital pathology group, Faculty Mathematics and Computer Science, University of Bremen

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Prof. Dr. Dr. Peter Maaß

Professor at the Faculty Mathematics and Computer Science at the University of Bremen

Director of the Center for Industrial Mathematics (ZeTeM) at the University of Bremen