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Introduction
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Introduction to Radial Basis
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Introduction to Radial Basis
Contents
Introduction
Supervised Learning
Nonparametric Regression
Classification and Time Series Prediction
Linear Models
Radial Functions
Radial Basis Function Networks
Least Squares
The Optimal Weight Vector
The Projection Matrix
Incremental Operations
The Effective Number of Parameters
Example
Model Selection Criteria
Cross-Validation
Generalised Cross-Validation
Example
Ridge Regression
Bias and Variance
Optimising the Regularisation Parameter
Local Ridge Regression
Optimising the Regularisation Parameters
Example
Forward Selection
Orthogonal Least Squares
Regularised Forward Selection
Regularised Orthogonal Least Squares
Example
Appendices
Notational Conventions
Useful Properties of Matrices
Radial Basis Functions
The Optimal Weight Vector
The Variance Matrix
The Projection Matrix
Incremental Operations
Adding a new basis function
Removing an old basis function
Adding a new training pattern
Removing an old training pattern
The Effective Number of Parameters
Leave-one-out Cross-validation
A Re-Estimation Formula for the Global Parameter
Optimal Values for the Local Parameters
Forward Selection
Orthogonal Least Squares
Regularised Forward Selection
Regularised Orthogonal Least Squares
References
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Next:
Introduction
Up:
Introduction to Radial Basis
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Introduction to Radial Basis
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