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Computer Science
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Machine Learning
Machine Learning with Python
1. Foundations of Machine Learning and Python
2. Core Python Libraries for Data Science
3. Machine Learning Workflow with Scikit-Learn
4. Supervised Learning Algorithms
5. Unsupervised Learning Algorithms
6. Introduction to Deep Learning
7. Deep Learning with Python Frameworks
8. Advanced Topics and Applications
9. Model Deployment and MLOps
Introduction to Deep Learning
Deep Learning Fundamentals
From Shallow to Deep Learning
Limitations of Traditional ML
Representation Learning
Feature Hierarchy
Neural Network Basics
Biological Inspiration
Artificial Neurons
Network Architecture
Deep Learning Applications
Computer Vision
Natural Language Processing
Speech Recognition
Recommendation Systems
Artificial Neural Networks
Perceptron
Single Layer Perceptron
Linear Separability
Perceptron Learning Rule
Limitations
Multi-Layer Perceptrons
Hidden Layers
Universal Approximation Theorem
Network Depth vs Width
Activation Functions
Linear Activation
Sigmoid Function
Vanishing Gradient Problem
Hyperbolic Tangent
Zero-Centered Output
ReLU Family
Rectified Linear Unit
Leaky ReLU
Parametric ReLU
ELU
Swish
Forward Propagation
Input Processing
Layer-wise Computation
Output Generation
Backpropagation
Chain Rule Application
Gradient Computation
Weight Updates
Computational Efficiency
Loss Functions
Regression Losses
Mean Squared Error
Mean Absolute Error
Huber Loss
Classification Losses
Binary Cross-Entropy
Categorical Cross-Entropy
Sparse Categorical Cross-Entropy
Optimization Algorithms
Gradient Descent Variants
Batch Gradient Descent
Stochastic Gradient Descent
Mini-Batch Gradient Descent
Adaptive Optimizers
AdaGrad
RMSprop
Adam
AdamW
Learning Rate Scheduling
Step Decay
Exponential Decay
Cosine Annealing
Regularization Techniques
Weight Decay
Dropout
Batch Normalization
Early Stopping
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7. Deep Learning with Python Frameworks