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Neural Networks and Machine LearningLecture and TutorialProf. Dr. Laurenz Wiskott |
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This lecture covers methods of supervised and unsupervised learning and is intended to be a technically oriented complement to the Computational Neuroscience lectures. On the one hand we will learn about neural networks (e.g. backpropagation of error, reinforcement learning), on the other hand more abstract methods from Machine Learning will be presented (e.g. support vector machines, graphical models).
This course requires solid mathematical background in calculus and linear algebra. Some knowledge in probability theory is advantageous.
The default language for this lecture is English.
1. | 18.10.2007 | Feedforward Neural Networks, Error Backpropagation |
2. | 25.10.2007 | Generalization, Cross-Validation, Bias-Variance-Dilemma (Henning Sprekeler) |
3. | 01.11.2007 | Support Vector Machines (Henning Sprekeler) |
4. | 08.11.2007 | Nonlinear Expansion, Kernel Trick, |
5. | 15.11.2007 | Bayesian Inference |
6. | 22.11.2007 | Bayesian Learning |
7. | 29.11.2007 | Inference in Bayesian Networks |
8. | 06.12.2007 | Inference in Gibbsian Networks |
9. | 13.12.2007 | Learning in Gibbsian Networks |
10. | 20.12.2007 | Reinforcement Learning |
11. | 17.01.2008 | Principal Component Analysis |
12. | 24.01.2008 | Principal Component Analysis |
13. | 31.01.2008 | Independent Component Analysis |
14. | 07.02.2008 | Independent Component Analysis |
15. | 14.02.2008 | Vector Quantization |