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Neural Networks and Deep Learning2019HTFull
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Course plan
Lectures
Basics of Machine Learning. Deep Feed-Forward Networks. Convolutional Networks. Recurrent and Recursive Networks. Adversarial Training. Applications: Classification and Regression on Spatial Data and Sequential Data
Recommended for
Doctoral students with an interest in neural networks and deep learning and how to apply techniques from these areas to their own research
The course was last given
Autumn 2018
Goals
On successful completion of the course the student should be able to:
* explain different network architectures and how these are used in current
applications,
* implement, train, and evaluate neural networks using existing software
libraries,
* present and critically assess current research on neural networks and their
applications,
* relate the concepts and techniques introduced in the course to the student's
own research,
* plan and carry out a research project on neural networks within given time
limits.
Prerequisites
* basic calculus (derivatives)
* basic linear algebra (matrices, vectors)
* basic probability and statistics
* programming experience in Python or MATLAB
Gaps in these prerequisites, in particular the programming prerequisite, may be
filled by teacher-assisted self-study before the start of the course; contact
the examiner for details.
Contents
Basics of machine learning (regression, classification, numerical optimisation). Feed-forward networks. Loss functions. Back-propagation training. Regularisation. Adversarial training. Convolutional networks. Recurrent and recursive networks. Processing sequences, images, and hierarchical structures. Applications of neural networks in natural language processing and computer vision. Current areas of research.
Organization
The course is organised in two parts. The first part consists of lectures presenting basic concepts and methods in deep learning, as well as applications from two areas where deep learning has been particularly successful. This part also includes a number of lab sessions that will give students practical experience in implementing, training, and evaluating deep learning architectures using existing software libraries. The second (optional) part of the course is an individual project that the students formulate together with their PhD supervisors.
Literature
The main book for the course is: Ian Goodfellow, Yoshua Bengio, and Aaron
Courville. Deep Learning. MIT Press, 2016.
Additional reading consists of excerpts from the following books:
* Christopher M. Bishop. Neural Networks for Pattern Recognition. Oxford
University Press, 1996.
* Simon O. Haykin. Neural Networks and Learning Machines. Third edition.
Prentice Hall, 2008.
* Yoav Goldberg. Neural Network Methods in Natural Language Processing. Morgan
& Claypool, 2017.
Lecturers
* Marco Kuhlmann (IDA)
* Michael Felsberg (ISY)
Examiner
Marco Kuhlmann (IDA)
Michael Felsberg (ISY)
Examination
* lab assignments (3 credits)
* optional individual project (3 credits)
Credit
3 + 3 credits
Organized by
Natural Language Processing Laboratory (IDA), Computer Vision Laboratory (ISY)
Comments
This is a faculty-level PhD course at the Faculty for Science and Engineering.
Page responsible: Director of Graduate Studies
