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GeDS (version 0.1.2)

Geometrically Designed Spline Regression

Description

Geometrically Designed Spline ('GeDS') Regression is a non-parametric geometrically motivated method for fitting variable knots spline predictor models in one or two independent variables, in the context of generalized (non-)linear models. 'GeDS' estimates the number and position of the knots and the order of the spline, assuming the response variable has a distribution from the exponential family. A description of the method can be found in Kaishev et al. (2016) and Dimitrova et al. (2017) .

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Version

Install

install.packages('GeDS')

Monthly Downloads

885

Version

0.1.2

License

GPL-3

Maintainer

Andrea Lattuada

Last Published

November 8th, 2017

Functions in GeDS (0.1.2)

Integrate

Defined integral of GeDS objects
NGeDS

Geometrically Designed Spline regression estimation
GeDS-class

GeDS Class
GGeDS

Generalized Geometrically Designed Spline regression estimation
EWmortality

Death counts in England and Wales
BaFe2As2

Barium-Ferrum-Arsenide powder diffraction data
Fitters

Functions used to fit GeDS objects.
GeDS-package

GeDS
Derive

Derivative of GeDS objects
IRLSfit

IRLS Estimation
coalMining

Coal Mining Disasters data
plot,GeDS-method

Plot method for GeDS objects. Plots GeDS fits.
formula.GeDS

Formula for the predictor model
coef.GeDS

Coef method for GeDS objects
knots.GeDS

Knots method for GeDS objects
lines,GeDS-method

Lines method for GeDS objects. Adds a GeDS curve to an existing plot.
PPolyRep

Piecewise Polynomial Spline Representation
SplineReg

Estimation of the coefficients of a predictor model with spline and possibly parametric components.
deviance.GeDS

Deviance method for GeDS objects
predict.GeDS

Predict method for GeDS objects
f

Defining the covariates for the spline component in a GeDS formula.
print.GeDS

Print method for GeDS objects