課程視頻：?https://www.bilibili.com/video/BV1FT4y1E74V?p=7&;vd_source=d0416378a50b5f05a80e1ed2ccc0792f

對(duì)應(yīng)內(nèi)容：

Chapter 1: Neural Networks and Deep Learning

Week 1: Introduction to Deep Learning

Week 2: Basics of Neural Network programming

2.1 Binary Classification

2.2 Logistic Regression?

2.3 Logistic Regression Cost Function

2.4 Gradient Descent

2.5 Derivatives

2.6 More Derivative Examples

2.7 Computation Graph

2.8 Derivatives with a Computation Graph??

2.9 Logistic Regression Gradient Descent??

2.10 Gradient Descent on m Examples??

2.11 Vectorization??

2.12 More Examples of Vectorization?

2.13 Vectorizing Logistic Regression??

2.14 Vectorizing Logistic Regression's Gradient?

2.15 Broadcasting in Python?

2.16 A note on python or numpy vectors?

2.17 Quick tour of Jupyter/iPython Notebooks?

2.18 Explanation of logistic regression cost function?

Week 3： Shallow neural networks?

3.1 Neural Network Overview?

3.2 Neural Network Representation??

3.3 Computing a Neural Network's output?

3.4 Vectorizing across multiple examples?

3.5 Justification for vectorized implementation?

3.6 Activation functions??

3.7 why need a nonlinear activation function???

3.8 Derivatives of activation functions??

3.9 Gradient descent for neural networks??

3.10 Backpropagation intuition??

3.11 Random+Initialization?

Week 4: Deep Neural Networks?

4.1 Deep L-layer neural network??

4.2 Forward and backward propagation??

4.3 Forward propagation in a Deep Network?

4.4 Getting your matrix dimensions right??

4.5 Why deep representations??

4.6 Building blocks of deep neural networks?

4.7 Parameters vs Hyperparameters??

4.8 What does this have to do with the brain??

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