Explore how and why machine learning algorithms work with this self-contained, hands-on textbook for senior undergraduate and graduate students. Using Matlab and Python, it includes over 85 worked examples demonstrating how to implement algorithms, and over 75 end-of-chapter problems empowering students to develop their own code.
Explore how and why machine learning algorithms work with this self-contained, hands-on textbook for senior undergraduate and graduate students. Using Matlab and Python, it includes over 85 worked examples demonstrating how to implement algorithms, and over 75 end-of-chapter problems empowering students to develop their own code.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Ruye Wang is an Emeritus Professor of Engineering at Harvey Mudd College, with over thirty years of experience in teaching courses in Engineering and Computer Science. Previously a Principal Investigator at the Jet Propulsion Laboratory, NASA, his research interests include image processing, computer vision, machine learning and remote sensing. He is the author of the textbook Introduction to Orthogonal Transforms (2012).
Inhaltsangabe
Part I. Mathematical Foundations: 1. Solving Equations 2. Unconstrained Optimization 3. Constrained Optimization Part II. Regression: 4. Bias-Variance Tradeoff and Overfitting vs Underfitting 5. Linear Regression 6. Nonlinear Regression 7. Logistic and Softmax Regression 8. Gaussian Process Regression and Classification Part III. Feature Extraction: 9. Feature Selection 10. Principal Component Analysis 11. Variations of PCA 12. Independent Component Analysis Part IV. Classification: 13. Statistic Classification 14. Support Vector machine 15. Clustering Analysis 16. Hierarchical Classifiers 17. Biologically Inspired Networks 18. Perceptron-Based Networks 19. Competition-Based Networks Part VI. Reinforcement Learning: 20. Introduction to Reinforcement Learning.
Part I. Mathematical Foundations: 1. Solving Equations 2. Unconstrained Optimization 3. Constrained Optimization Part II. Regression: 4. Bias-Variance Tradeoff and Overfitting vs Underfitting 5. Linear Regression 6. Nonlinear Regression 7. Logistic and Softmax Regression 8. Gaussian Process Regression and Classification Part III. Feature Extraction: 9. Feature Selection 10. Principal Component Analysis 11. Variations of PCA 12. Independent Component Analysis Part IV. Classification: 13. Statistic Classification 14. Support Vector machine 15. Clustering Analysis 16. Hierarchical Classifiers 17. Biologically Inspired Networks 18. Perceptron-Based Networks 19. Competition-Based Networks Part VI. Reinforcement Learning: 20. Introduction to Reinforcement Learning.
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