Optimization and Learning
Optimization and Learning
Introduction
Linear Models for Regression
Linear Models for Classification
Linear Programming
Neural Networks
Convolutional Neural Networks
Kernel Methods
Sequential Data Models
Text Mining
Conic Programming
Decomposition Methods
Advanced Deep-Learning
Optimization and Learning
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Optimization and Learning
Introduction
Polynomial Curve Fitting
Probability Distributions
The Frequentist View
The Bayesian View
Bayes’ Estimate
The Curse of Dimensionality
Information Theory
Linear Models for Regression
Least Squares
Subset Selection
Shrinkage Methods
Principal Components Regression
Partial Least Squares
Example: Prostate Cancer
Basis Functions
Bayesian Regression
Linear Models for Classification
Discriminant Functions
LDA: Iris Data
Generative Models
Discriminative Models
Bayesian Logistic Regression
Linear Programming
Lagrangian Relaxation
Farkas’ Lemma
Strong Duality
Algorithms
Neural Networks
Keras
Feedfoward Neural Networks
Network Training
Regression
Classification
Regularization
Convolutional Neural Networks
Introduction
Dogs vs. Cats
Visualizing the Convnets
Deep Dream
Neural Style Transfer
Kernel Methods
Gaussian Process for Regression
Sequential Data Models
Hidden Markov Models
Linear Dynamical System
Text Mining
Word Embeddings
Recurrent Neural Networks
Regularization
Text Generation
Conic Programming
Formulation
Duality
Applications
Decomposition Methods
Advanced Deep-Learning
Non-Sequential Models
Indices and tables
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Index
Module Index
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