| DCSmooth-package {DCSmooth} | R Documentation |
Nonparametric Regression and Bandwidth Selection for Spatial Models
Description
Nonparametric smoothing techniques for data on a lattice and functional time series. Smoothing is done via kernel regression or local polynomial regression, a bandwidth selection procedure based on an iterative plug-in algorithm is implemented. This package allows for modeling a dependency structure of the error terms of the nonparametric regression model. Methods used in this paper are described in Feng/Schaefer (2021) <https://ideas.repec.org/p/pdn/ciepap/144.html>, Schaefer/Feng (2021) <https://ideas.repec.org/p/pdn/ciepap/143.html>.
Package Content
Index of help topics:
DCSmooth-package Nonparametric Regression and Bandwidth
Selection for Spatial Models
dcs Nonparametric Double Conditional Smoothing for
2D Surfaces
kernel.assign Assign a Kernel Function
kernel.list Print a list of available kernels in the
DCSmooth package
plot.dcs Contour Plot for the Double Conditional
Smoothing
print.dcs Summarize Results from Double Conditional
Smoothing
print.dcs_options Print and Summarize Options for Double
Conditional Smoothing
print.summary_dcs Print the Summary of a DCS estimation
print.summary_sarma Print the Summary of a "sarma"/"sfarima" object
residuals.dcs Residuals of "dcs"-object
returns.alv Returns of Allianz SE
sarma.est Estimation of an SARMA-process
sarma.sim Simulation of a SARMA(p, q)-process
set.options Set Options for the DCS procedure
sfarima.est Estimation of a SFARIMA-process
sfarima.sim Simulation of a SFARIMA(p, q, d)-process
summary.dcs Summarizing Results from Double Conditional
Smoothing
summary.dcs_options Print and Summarize Options for Double
Conditional Smoothing
summary.sarma Summarizing SARMA/SFARIMA Estimation or
Simulation
surface.dcs 3D Surface Plot of "dcs"-object or numeric
matrix
temp.nunn Temperatures from Nunn, CO
temp.yuma Temperatures from Yuma, AZ
volumes.alv Volumes of Allianz SE
wind.nunn Wind Speed from Nunn, CO
wind.yuma Wind Speed from Yuma, AZ
y.norm1 Single Gaussian Peak
y.norm2 Double Gaussian Peak
y.norm3 Double Gaussian Ridges
Maintainer
Bastian Schaefer <bastian.schaefer@uni-paderborn.de>
Author(s)
Bastian Schaefer [aut, cre], Sebastian Letmathe [ctb], Yuanhua Feng [ths]
[Package DCSmooth version 1.1.2 Index]