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1
Intro
2
How do humans and animals learn
3
Selfsupervised running
4
Video prediction
5
Building a predictor
6
The right framework
7
Thin plates
8
Energy functions
9
Energybased model
10
Latent variable model
11
Autoencoders
12
probabilistic modeling
13
highdimensional continuous spaces
14
sparse coding
15
sparse modeling
16
sparse autoencoder
17
linear decoder
18
convolutional
19
model predictive control
Description:
Explore energy-based approaches to representation learning in this 40-minute lecture by Yann LeCun from NYU and Facebook AI. Delve into topics such as self-supervised learning, video prediction, energy functions, latent variable models, autoencoders, and sparse modeling. Gain insights on how humans and animals learn, the right framework for building predictors, and the applications of energy-based models in high-dimensional continuous spaces. Discover the connections between sparse coding, sparse autoencoders, and linear decoders in convolutional models. Learn about the implications of these approaches for model predictive control and advanced AI systems.

Energy-Based Approaches to Representation Learning - Yann LeCun

Institute for Advanced Study
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