Yann LeCun主讲!纽约大学《深度学习》2021课程全部放出,附slides与视频

数据派THU

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2021-11-18 11:31

来源:专知

本文附课程,建议阅读5分钟 

Yann LeCun在纽约大学数据科学中心(CDS)主讲的《深度学习》2021年春季课程现已全部在线可看!


该课程自2021年春季开始由Yann LeCun与Alfredo Canziani等共同执教。


CDS发布了Yann LeCun的深度学习(DS-GA 1008)课程的所有材料,包括带英文字幕教学视频、书面讲义、课件以及带有PyTorch实现的可执行Jupyter Notebooks。

课程关注深度学习和表示学习的最新技术,重点关注有监督和无监督深度学习、嵌入方法、度量学习、卷积和循环网,以及在计算机视觉、自然语言理解和语音识别方面的应用。前提条件包括:DS-GA 1001数据科学入门或研究生水平的机器学习课程。

地址:
https://cds.nyu.edu/deep-learning/

资源
  • YouTube视频:
    https://www.youtube.com/watch?v=mTtDfKgLm54
  • 官方中文版讲义:
    https://atcold.github.io/pytorch-Deep-Learning/zh/
  • 课件:
    https://github.com/Atcold/NYU-DLSP21
  • GitHub:
    hhttps://atcold.github.io/NYU-DLSP21/
  • Reddit论坛:
    https://www.reddit.com/r/NYU_DeepLearning/

授课老师:


目录内容:

Theme 1: Introduction

  • History and resources 🎥 🖥

  • Gradient descent and the backpropagation algorithm 🎥 🖥

  • Neural nets inference 🎥 📓

  • Modules and architectures 🎥

  • Neural nets training 🎥 🖥 📓📓

  • Homework 1: backprop

Theme 2: Parameters sharing

  • Recurrent and convolutional nets 🎥 🖥 📝

  • ConvNets in practice 🎥 🖥 📝

  • Natural signals properties and the convolution 🎥 🖥 📓

  • Recurrent neural networks, vanilla and gated (LSTM) 🎥 🖥 📓📓

  • Homework 2: RNN & CNN

Theme 3: Energy based models, foundations

  • Energy based models (I) 🎥 🖥

  • Inference for LV-EBMs 🎥 🖥

  • What are EBMs good for? 🎥

  • Energy based models (II) 🎥 🖥 📝

  • Training LV-EBMs 🎥 🖥

  • Homework 3: structured prediction

Theme 4: Energy based models, advanced

  • Energy based models (III) 🎥 🖥

  • Unsup learning and autoencoders 🎥 🖥

  • Energy based models (VI) 🎥 🖥

  • From LV-EBM to target prop to (any) autoencoder 🎥 🖥

  • Energy based models (V) 🎥 🖥

  • AEs with PyTorch and GANs 🎥 🖥 📓📓

Theme 5: Associative memories

  • Energy based models (V) 🎥 🖥

  • Attention & transformer 🎥 🖥 📓

Theme 6: Graphs

  • Graph transformer nets [A][B] 🎥 🖥

  • Graph convolutional nets (I) [from last year] 🎥 🖥

  • Graph convolutional nets (II) 🎥 🖥 📓

Theme 7: Control

  1. Planning and control 🎥 🖥

  2. The Truck Backer-Upper 🎥 🖥 📓

  3. Prediction and Planning Under Uncertainty 🎥 🖥

Theme 8: Optimisation

  • Optimisation (I) [from last year] 🎥 🖥

  • Optimisation (II) 🎥 🖥 📝

Miscellaneous

  • SSL for vision [A][B] 🎥 🖥

  • Low resource machine translation [A][B] 🎥 🖥

  • Lagrangian backprop, final project, and Q&A 🎥 🖥 📝


深度学习概要


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