Comparison of machine learning textbooks: Difference between revisions
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! Title !! Author !! Length !! Prerequisites !! Recommendations || Code samples? | ! Title !! Author !! Length !! Prerequisites !! Recommendations || Code samples? | ||
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| Machine Learning: A Probabilistic Perspective || Kevin P. Murphy || 1008 || "This book is suitable for upper-level undergraduate students and beginning graduate students in computer science, statistics, electrical engineering, econometrics, or any one else who has the appropriate mathematical background. Specifically, the reader is assumed to already be familiar with basic multivariate calculus, probability, linear algebra, and computer programming. Prior exposure to statistics is helpful but not necessary." || | | Machine Learning: A Probabilistic Perspective || Kevin P. Murphy || 1008 || "This book is suitable for upper-level undergraduate students and beginning graduate students in computer science, statistics, electrical engineering, econometrics, or any one else who has the appropriate mathematical background. Specifically, the reader is assumed to already be familiar with basic multivariate calculus, probability, linear algebra, and computer programming. Prior exposure to statistics is helpful but not necessary." || || | ||
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Revision as of 04:24, 27 December 2017
This page is a comparison of machine learning textbooks, especially at the so-called introductory level. It includes books that focus on presenting multiple learning methods, and excludes books that focus solely on e.g. reinforcement learning.
Comparison table
| Title | Author | Length | Prerequisites | Recommendations | Code samples? |
|---|---|---|---|---|---|
| Machine Learning: A Probabilistic Perspective | Kevin P. Murphy | 1008 | "This book is suitable for upper-level undergraduate students and beginning graduate students in computer science, statistics, electrical engineering, econometrics, or any one else who has the appropriate mathematical background. Specifically, the reader is assumed to already be familiar with basic multivariate calculus, probability, linear algebra, and computer programming. Prior exposure to statistics is helpful but not necessary." |
See also
References