Training Deep Networks
[!NOTE] Building a neural network is just the first step. The real challenge lies in training it effectively. This module covers the mathematical engines and practical techniques that allow deep models to learn complex patterns.
Chapters
- Backpropagation
- Understand the “Engine of Learning”.
- Interactive Computational Graph.
- Implement Backprop from scratch in NumPy.
- Optimizers
- Navigate the loss landscape.
- Compare SGD, Momentum, and Adam interactively.
- PyTorch implementation details.
- Batch Normalization
- Solve Internal Covariate Shift.
- Visualize activation distributions during training.
- Implement BatchNorm in Python.
- Module Review
- Test your knowledge with Flashcards.
- Quick Revision Cheat Sheet.
Module Chapters
Chapter 01
Backpropagation: The Engine of Learning
Backpropagation: The Engine of Learning
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Chapter 02
Optimizers: Navigating the Loss Landscape
Optimizers: Navigating the Loss Landscape
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Chapter 03
Batch Normalization: Stabilizing Training
Batch Normalization: Stabilizing Training
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Chapter 04
Module Review: Training Deep Networks
Module Review: Training Deep Networks
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