Table of contents : Title Page Copyright Contents Introduction - Building Neural Networks from Scratch with Python 1. Introduction to Neural Networks Neural Networks and Their Real-World Applications Basic Building Blocks Of Neural Networks Understanding The Structure and Components Of A Neural Network 2. Foundations of Neural Networks Understanding the Core Mathematics of Neural Networks Introducing Gradient Descent and Backpropagation Algorithms Exploring Weight and Bias Updates Overview of common loss functions and optimization techniques 3. Implementing Neural Networks In Python Setting Up The Python Environment For Neural Network Development Implementation Of A Basic Feedforward Neural Network Addressing Common Coding Challenges Testing And Evaluating Neural Network Models 4. Handling Complex Concepts in Neural Networks Explaining Advanced Neural Network Architectures Introducing Regularization Techniques L1 And L2 Regularization for Weight Decay Tackling Overfitting, Underfitting, and Model Capacity 5. Preparing Data For Neural Networks Understanding The Significance Of Data Preprocessing In Neural Network Training Simplifying Data Cleaning, Normalization, And Feature Scaling Techniques For Beginners 6. Making Neural Networks Interpretable Addressing The Challenges Of Interpreting Neural Network Decisions For Beginners Introducing Visualization Techniques For Understanding Model Behavior Plotting Learning Curves And Loss Landscapes Feature Importance and Saliency Maps LIME, SHAP, and Integrated Gradients References 7. Staying Updated With Neural Network Advancements Navigating The Rapidly Evolving Field Of Neural Networks Beginner-Friendly Resources For Staying Update References 8. Putting It All Together: Beginner-Friendly Projects Applying Neural Networks To Beginner-Friendly Real-World Projects Practical Challenges And Tips for Deploying Models References Conclusion References