Bayesian reasoning and machine learning

La 4e de couverture indique : "Machine learning methods extract value from vast data sets and are established tools in a wide range of business, industrial and scientific applications. This introduction for final-year undergraduate and graduate students conveys the basic computational reasoning...

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Auteur principal : Barber David (Auteur)
Format : Livre
Langue : anglais
Titre complet : Bayesian reasoning and machine learning / David Barber,...
Publié : Cambridge : Cambridge University Press , copyright 2012
Description matérielle : 1 vol. (XXIV-697 p.)
Sujets :
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210 |a Cambridge  |c Cambridge University Press  |d copyright 2012 
215 |a 1 vol. (XXIV-697 p.)  |c ill. en noir et en coul., couv. en coul.  |d 26 cm 
305 |a Autre tirage : 2015 (6e tirage), 2017 (9e), 2018 (10e) 
320 |a Bibliogr. p. [675]-688. Index 
330 |a La 4e de couverture indique : "Machine learning methods extract value from vast data sets and are established tools in a wide range of business, industrial and scientific applications. This introduction for final-year undergraduate and graduate students conveys the basic computational reasoning and more advanced techniques, giving students the insight and skills they need. For students without a firm background in statistics, calculus or linear algebra. Unified conceptual treatment within the framework of graphical models, Bayesian probability and graph theory. Students develop analytical and problem-solving skills needed for the real world. Numerous examples and exercises, both computer-based and theoretical. Downloadable MATLAB toolbox, with demos." 
359 2 |p P. xv  |b Preface  |b Part I, Inference in Probabilistic Models  |p P. 3  |c 1, Probabilistic reasoning  |p P. 22  |c 2, Basic graph concepts  |p P. 29  |c 3, Belief networks  |p P. 58  |c 4, Graphical models  |p P. 77  |c 5, Efficient inference in trees  |p P. 102  |c 6, The junction tree algorithm  |p P. 127  |c 7, Making decisions  |b Part II, Learning in Probabilistic Models  |p P. 165  |c 8, Statistics for machine learning  |p P. 199  |c 9, Learning as inference  |p P. 243  |c 10, Naive Bayes  |p P. 256  |c 11, Learning with hidden variables  |p P. 284  |c 12, Bayesian model selection  |b Part III, Machine Learning  |p P. 305  |c 13, Machine learning concepts  |p P. 322  |c 14, Nearest neighbour classification  |p P. 329  |c 15, Unsupervised linear dimension reduction  |p P. 359  |c 16, Supervised linear dimension reduction  |p P. 367  |c 17, Linear models  |p P. 392  |c 18, Bayesian linear models  |p P. 412  |c 19, Gaussian processes  |p P. 432  |c 20, Mixture models  |p P. 462  |c 21, Latent linear models  |p P. 473  |c 22, Latent ability models  |b Part IV, Dynamical Models  |p P. 489  |c 23, Discrete-state Markov models  |p P. 520  |c 24, Continuous-state Markov models  |p P. 547  |c 25, Switching linear dynamical systems  |p P. 568  |c 26, Distributed computation  |b Part V, Approximate Inference  |p P. 587  |c 27, Sampling  |p P. 617  |c 28, Deterministic approximate inference  |p P. 655  |b Appendix, Background mathematics  |p P. 675  |b References  |p P. 689  |b Index 
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