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Computer Science
Artificial Intelligence
Introduction to Artificial Intelligence
1. Foundations of Artificial Intelligence
2. Problem Solving and Search
3. Knowledge Representation and Reasoning
4. Machine Learning Fundamentals
5. Neural Networks and Deep Learning
6. Natural Language Processing
7. Computer Vision and Perception
8. AI Ethics and Societal Impact
Neural Networks and Deep Learning
Biological Inspiration
Neuron Structure and Function
Synaptic Transmission
Neural Networks in the Brain
Artificial Neuron Model
Perceptron and Linear Models
Single Perceptron
Mathematical Model
Learning Algorithm
Geometric Interpretation
Limitations
Multi-Layer Perceptrons
Network Architecture
Universal Approximation Theorem
XOR Problem Solution
Feedforward Neural Networks
Network Architecture
Input Layer
Hidden Layers
Output Layer
Weight Matrices
Activation Functions
Sigmoid Function
Hyperbolic Tangent
ReLU and Variants
Softmax Function
Choosing Activation Functions
Forward Propagation
Matrix Operations
Layer-by-Layer Computation
Output Generation
Training Neural Networks
Backpropagation Algorithm
Chain Rule Application
Gradient Computation
Weight Update Rules
Implementation Details
Gradient Descent Variants
Batch Gradient Descent
Stochastic Gradient Descent
Mini-Batch Gradient Descent
Momentum
Adam Optimizer
Regularization Techniques
L1 and L2 Regularization
Dropout
Batch Normalization
Early Stopping
Hyperparameter Tuning
Learning Rate Selection
Network Architecture Design
Validation Strategies
Deep Learning Architectures
Convolutional Neural Networks
Convolution Operation
Feature Maps
Pooling Layers
CNN Architecture Design
Applications in Computer Vision
Recurrent Neural Networks
Sequence Modeling
Hidden State
Vanishing Gradient Problem
LSTM Networks
GRU Networks
Applications in NLP
Advanced Architectures
Autoencoders
Generative Adversarial Networks
Transformer Networks
Attention Mechanisms
Deep Learning in Practice
Data Preprocessing
Normalization
Data Augmentation
Handling Missing Data
Transfer Learning
Pre-trained Models
Fine-tuning
Feature Extraction
Model Deployment
Model Compression
Inference Optimization
Production Considerations
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4. Machine Learning Fundamentals
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6. Natural Language Processing