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Introduction
Deep learning in one slide
History of ideas and tools
Simple example in TensorFlow
TensorFlow in one slide
Deep learning is representation learning
Why deep learning (and why not)
Challenges for supervised learning
Key low-level concepts
Higher-level methods
Toward artificial general intelligence
Introduction
What is Deep Learning
Introduction to Neural Networks
How do Neural Networks LEARN?
Core terminologies used in Deep Learning
Activation Functions
Loss Functions
Optimizers
Parameters vs Hyperparameters
Epochs, Batches & Iterations
Conclusion to Terminologies
Introduction to Learning
Unsupervised Learning
Reinforcement Learning
Regularization
Introduction to Neural Network Architectures
Fully-Connected Feedforward Neural Nets
Recurrent Neural Nets
Convolutional Neural Nets
Introduction to the 5 Steps to EVERY Deep Learning Model
1. Gathering Data
2. Preprocessing the Data
3. Training your Model
4. Evaluating your Model
Conclusion to the Course
Introduction and Themis AI
Background
Challenges for Robust Deep Learning
What is Algorithmic Bias?
Class imbalance
Latent feature imbalance
Debiasing variational autoencoder (DB-VAE)
DB-VAE mathematics
Uncertainty in deep learning
Types of uncertainty in AI
Aleatoric vs epistemic uncertainty
Estimating aleatoric uncertainty
Estimating epistemic uncertainty
Evidential deep learning
Recap of challenges
How Themis AI is transforming risk-awareness of AI
Capsa: Open-source risk-aware AI wrapper
Unlocking the future of trustworthy AI
Introduction
2. The number one rule of ML
6. What can deep learning be used for?
10. How to (and how not to) approach this course
14. Creating tensors
20. Matrix multiplication
27. Selecting data (indexing)
30. Accessing a GPU
35. Creating a dataset with linear regression
41. Checking out the internals of our model
45. PyTorch training loop intuition
54. Putting everything together
64. Turing our data into tensors
69. Loss, optimizer and evaluation functions for classification
76. Creating a straight line dataset
88. Troubleshooting a mutli-class model
95. TorchVision
103. Training and testing loops for batched data
112. Convolutional neural networks (overview)
118. Training our first CNN
126. Introduction to custom datasets
136. Creating image DataLoaders
143. Data augmentation
151. Plotting model 0 loss curves
157. Predicting on custom data