Lecture 01: Introduction to Deep Learning (6.7960)
1:00:51Lecture 02: How to Train a Neural Net (6.7960)
1:19:34Lecture 03: Approximation Theory (6.7960)
1:22:42Lecture 04: Architectures: Grids (6.7960)
1:23:57Lecture 05: Architectures: Graphs (6.7960)
1:21:14Lecture 06: Generalization Theory (6.7960)
1:20:31Lecture 07: Scaling Rules for Optimization (6.7960)
1:20:56Lecture 08: Architectures: Transformers (6.7960)
1:14:35Lecture 09: Hacker's Guide to Deep Learning (6.7960)
1:15:51Lecture 10: Architectures: Memory (6.7960)
1:13:28Lecture 11: Representation Learning: Reconstruction-Based (6.7960)
1:21:04Lecture 12: Representation Learning: Similarity-Based (6.7960)
1:16:20Lecture 13: Representation Learning: Theory (6.7960)
1:15:21Lecture 14: Generative Models: Basics (6.7960)
1:21:18Lecture 15: Generative Models: Representation Learning Meets Generative Modeling (6.7960)
1:20:40Lecture 16: Generative Models: Conditional Models (6.7960)
1:21:32Lecture 17: Generalization: Out-of-Distribution (OOD) (6.7960)
1:04:41Lecture 18: Transfer Learning: Models (6.7960)
1:25:42Lecture 19: Transfer Learning: Data (6.7960)
1:15:44Lecture 20: Scaling Laws (6.7960)
38:23Lecture 15: Generative Models: Representation Learning Meets Generative Modeling (6.7960)
This session explores the synergy between representation learning and generative modeling, focusing on Variational Autoencoders (VAEs) and the effective utilization of latent variables in model design.
MIT 6.7960 Deep Learning, Fall 2024
Instructor: Phillip Isola
View the complete course: https://ocw.mit.edu/courses/6-7960-deep-learning-fall-2024/
YouTube Playlist: https://www.youtube.com/playlist?list=PLUl4u3cNGP63URZnh5iqBzDTDYPUTQT-8
Lecture 14: Generative Models: Basics (6.7960)
Next · Lecture 16Lecture 16: Generative Models: Conditional Models (6.7960)
Seminar notes & discussion
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