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Machine Learning Discriminative and Generative

ISBN-10: 1402076479

ISBN-13: 9781402076473

Edition: 2004

Authors: Tony Jebara

List price: $109.99
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Description:

Machine Learning: Discriminative and Generative covers the main contemporary themes and tools in machine learning ranging from Bayesian probabilistic models to discriminative support-vector machines. However, unlike previous books that only discuss these rather different approaches in isolation, it bridges the two schools of thought together within a common framework, elegantly connecting their various theories and making one common big-picture. Also, this bridge brings forth new hybrid discriminative-generative tools that combine the strengths of both camps. This book serves multiple purposes as well. The framework acts as a scientific breakthrough, fusing the areas of generative and…    
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Book details

List price: $109.99
Copyright year: 2004
Publisher: Springer
Publication date: 12/31/2003
Binding: Hardcover
Pages: 200
Size: 6.10" wide x 9.25" long x 0.75" tall
Weight: 10.164

List of Figures
List of Tables
Preface
Acknowledgments
Introduction
Machine Learning Roots
Generative Learning
Generative Models in AI
Generative Models in Perception
Generative Models in Tracking and Dynamics
Why a Probability of Everything?
Discriminative Learning
Objective
Scope and Organization
Online Support
Generative Versus Discriminative Learning
Two Schools of Thought
Generative Probabilistic Models
Discriminative Classifiers and Regressors
Generative Learning
Bayesian Inference
Maximum Likelihood
The Exponential Family
Maximum Entropy
Expectation Maximization and Mixtures
Graphical Models
Conditional Learning
Conditional Bayesian Inference
Maximum Conditional Likelihood
Logistic Regression
Discriminative Learning
Empirical Risk Minimization
Structural Risk Minimization
VC Dimension and Large Margins
Support Vector Machines
Kernel Methods
Averaged Classifiers
Joint Generative-Discriminative Learning
Maximum Entropy Discrimination
Regularization Theory and Support Vector Machines
Solvability
Support Vector Machines and Kernels
A Distribution over Solutions
Augmented Distributions
Information and Geometry Interpretations
Computing the Partition Function
Margin Priors
Bias Priors
Gaussian Bias Priors
Non-Informative Bias Priors
Support Vector Machines
Single Axis SVM Optimization
Kernels
Generative Models
Exponential Family Models
Empirical Bayes Priors
Full Covariance Gaussians
Multinomials
Generalization Guarantees
VC Dimension
Sparsity
PAC-Bayes Bounds
Extensions to Med
Multiclass Classification
Regression
SVM Regression
Generative Model Regression
Feature Selection and Structure Learning
Feature Selection in Classification
Feature Selection in Regression
Feature Selection in Generative Models
Kernel Selection
Meta-Learning
Transduction
Transductive Classification
Transductive Regression
Other Extensions
Latent Discrimination
Mixture Models and Latent Variables
Iterative MED Projection
Bounding the Latent MED Constraints
Latent Decision Rules
Large Margin Mixtures of Gaussians
Parameter Distribution Update
Just a Support Vector Machine
Latent Distributions Update
Extension to Kernels
Extension to Non Gaussian Mixtures
Efficiency
Efficient Mixtures of Gaussians
Structured Latent Models
Factorization of Lagrange Multipliers
Mean Field for Intractable Models
Conclusion
A Generative and Discriminative Hybrid
Designing Models versus Designing Kernels
What's Next?
Appendix
Optimization in the MED Framework
Constrained Gradient Ascent
Axis-Parallel Optimization
Learning Axis Transitions
Index