Lecture Slides
Department of Computer Engineering, Chiang Mai University · Instructor: Kasemsit Teeyapan Shared across 261459 Deep Learning and 261795 Selected Topics in Computational Intelligence Click a topic to open its slides (press f fullscreen · o overview · s speaker notes · b chalkboard)
⚠️ Note: This material is still under review, revision, and reordering — it may contain errors or change without notice. Please use discretion when citing it.
| # | Topic |
|---|---|
| 0 | Introduction — The Deep Learning Revolution |
| 1 | Mathematical Foundations — Probability & Information Theory |
| 2 | Linear Regression — Single-layer Networks |
| 3 | Classification — Single-layer Networks |
| 4 | Statistical Learning & Generalization |
| 5 | Deep Neural Networks |
| 6 | Gradient Descent |
| 7 | Backpropagation |
| 8 | Regularization |
| 9 | Convolutional Networks |
| 10 | Attention & Transformers |
| 11 | Representation Learning — Self-Supervised Learning |
| 12 | Generative Models |
| 13 | Language Models — GPT & BERT |
| 14 | Scaling & Modern AI Systems |
| 15 | Trustworthy AI — Calibration & Uncertainty |
| 16 | Distribution Shift — OOD Generalization |
| 17 | Architectural Building Blocks |
| 18 | Computer Vision Tasks — Detection & Segmentation |
| 19 | Latent Variable Models & EM — Clustering, GMMs |
| 20 | Sampling: MCMC & Langevin — Metropolis–Hastings, Langevin |
Attribution — Some material is adapted from Bishop & Bishop, Deep Learning: Foundations and Concepts (Springer, 2024), and some figures are taken from the book for educational use only. The full book is freely available from the authors at bishopbook.com