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All functions

benchmark.pls()
Comparison of model selection criteria for Partial Least Squares Regression.
benchmark.regression()
Comparison of Partial Least Squares Regression, Principal Components Regression and Ridge Regression.
coef(<plsdof>)
Regression coefficients
compute.lower.bound()
Lower bound for the Degrees of Freedom
dA()
Derivative of normalization function
dnormalize()
Derivative of normalization function
dvvtz()
First derivative of the projection operator
first.local.minimum()
Index of the first local minimum.
information.criteria()
Information criteria
kernel.pls.fit()
Kernel Partial Least Squares Fit
krylov()
Krylov sequence
linear.pls.fit()
Linear Partial Least Squares Fit
normalize()
Normalization of vectors
pcr()
Principal Components Regression
pcr.cv()
Model selection for Princinpal Components regression based on cross-validation
pls.cv()
Model selection for Partial Least Squares based on cross-validation
pls.dof()
Computation of the Degrees of Freedom
pls.ic()
Model selection for Partial Least Squares based on information criteria
pls.model()
Partial Least Squares
ridge.cv()
Ridge Regression.
tr()
Trace of a matrix
vcov(<plsdof>)
Variance-covariance matrix
vvtz()
Projectin operator