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Computer Science
Artificial Intelligence
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
Unsupervised Learning Algorithms
Clustering Algorithms
Partitioning Methods
K-Means Clustering
Algorithm Steps
Initialization Methods
Choosing Number of Clusters
Convergence Criteria
K-Medoids
PAM Algorithm
Robustness to Outliers
Mini-Batch K-Means
Scalability Improvements
Memory Efficiency
Hierarchical Clustering
Agglomerative Clustering
Bottom-up Approach
Linkage Criteria
Dendrograms
Divisive Clustering
Top-down Approach
Linkage Methods
Single Linkage
Complete Linkage
Average Linkage
Ward Linkage
Density-Based Clustering
DBSCAN
Core Points
Border Points
Noise Points
Epsilon and MinPts Parameters
OPTICS
Ordering Points
Reachability Distance
Clustering Evaluation
Internal Metrics
Silhouette Score
Davies-Bouldin Index
Calinski-Harabasz Index
External Metrics
Adjusted Rand Index
Normalized Mutual Information
Homogeneity and Completeness
Dimensionality Reduction
Linear Dimensionality Reduction
Principal Component Analysis
Covariance Matrix
Eigenvalue Decomposition
Explained Variance
Component Interpretation
Linear Discriminant Analysis
Between-class Variance
Within-class Variance
Supervised Dimensionality Reduction
Factor Analysis
Latent Factors
Factor Loadings
Rotation Methods
Non-linear Dimensionality Reduction
t-SNE
Stochastic Neighbor Embedding
Perplexity Parameter
Learning Rate
Visualization Applications
UMAP
Uniform Manifold Approximation
Topological Structure
Parameter Selection
Manifold Learning
Locally Linear Embedding
Isomap
Spectral Embedding
Association Rule Mining
Market Basket Analysis
Itemsets
Transactions
Support and Confidence
Apriori Algorithm
Frequent Itemset Generation
Rule Generation
Pruning Strategies
FP-Growth Algorithm
FP-Tree Construction
Pattern Mining
Memory Efficiency
Rule Evaluation Metrics
Lift
Conviction
Leverage
Jaccard Coefficient
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6. Introduction to Deep Learning