This all-in-one Machine Learning eBook is your complete guide to learning real-world ML algorithms and its core concepts not just by reading, but by implementing them with hands-on Python notebooks.
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This bundle gives you everything you need to succeed.
📗 Machine Learning eBook
💻 Python Practice Notebooks
Table of contents
1. What is Machine Learning?
1.1 Machine Learning Lifecycle
1.2 When to use Machine Learning
1.3 Types of Machine Learning
1.4 Regression
1.5 Classification
1.6 Clustering
1.7 Machine Learning Pipeline
2. Feature Engineering
2.1 Why is it important?
2.2 Types of Feature Engineering
2.3 Feature Transformation
2.3.1 Feature Encoding
2.3.2 Feature Scaling
2.4 Feature Extraction
2.5 Feature Selection
3. Regularization
3.1 Types of Regularization
3.1.1 L1 Regularization
3.1.2 L2 Regularization
3.1.3 Elastic Net Regularization
3.2 Choosing Lambda
4. Supervised Machine Learning Models
4.1 Linear Regression
4.2 Polynomial Regression
4.3 Logistic Regression
4.4 Decision Trees
4.5 Support Vector Machines
4.6 K Nearest Neighbors
5. Errors in ML
5.1 Types of Error
5.2 Bias-Variance Tradeoff
5.3 What affects Bias and Variance
5.4 How to handle it?
6. Ensemble Methods
6.1 Why use Ensemble methods?
6.2 Types of Ensemble methods
6.3 Random Forest
6.4 Boosting Algorithms Comparison
7. Unsupervised Machine Learning Models
7.1 K Means Clustering
7.2 DBSCAN Clustering
7.3 HDBSCAN Clustering
7.4 Agglomerative Clustering
8. Principal Component Analysis
8.1 Dimensionality Reduction
8.2 PCA
8.3 Comparing PCA, t-SNE, UMAP
9. Hyperparameter Tuning
9.1 Model Evaluation
9.2 Data Splitting Strategy
9.3 Cross Validation
9.4 Methods of Hyperparameter Tuning
10. Model Evaluation
10.1 Classification Metrics
10.2 Regression Metrics
10.3 Clustering Metrics
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