extractFDAFourier

(<a rd-options="" href="/link/character?package=mlr&version=2.15.0" data-mini-rdoc="mlr::character">character</a>)
Specifies which transformation of the complex frequency domain
representation should be calculated as a feature representation.
Must be one of &#8220;amplitude&#8221; or &#8220;phase&#8221;.
Default is &#8220;phase&#8221;.

trafo.coeff

The function extracts features from functional data based on the fast fourier
transform. For more details refer to <a rd-options="stats:fft" href="/link/stats%3A%3Afft?package=mlr&version=2.15.0&to=stats%3Afft" data-mini-rdoc="stats:fft::stats::fft">stats::fft</a>.

Interface to a large number of classification and
regression techniques, including machine-readable parameter
descriptions. There is also an experimental extension for survival
analysis, clustering and general, example-specific cost-sensitive
learning. Generic resampling, including cross-validation,
bootstrapping and subsampling. Hyperparameter tuning with modern
optimization techniques, for single- and multi-objective problems.
Filter and wrapper methods for feature selection. Extension of basic
learners with additional operations common in machine learning, also
allowing for easy nested resampling. Most operations can be
parallelized.

Patrick Schratz

Machine Learning in R

Bernd Bischl

Michel Lang

Lars Kotthoff

Julia Schiffner

Jakob Richter

Zachary Jones

Giuseppe Casalicchio

Mason Gallo

Jakob Bossek

Erich Studerus

Leonard Judt

Tobias Kuehn

Pascal Kerschke

Florian Fendt

Philipp Probst

Xudong Sun

Janek Thomas

Bruno Vieira

Laura Beggel

Quay Au

Martin Binder

Florian Pfisterer

Stefan Coors

Steve Bronder

Alexander Engelhardt

Christoph Molnar

extractFDAFourier function

(<a rd-options='' href='character'>character</a>)
Specifies which transformation of the complex frequency domain
representation should be calculated as a feature representation.
Must be one of &#8220;amplitude&#8221; or &#8220;phase&#8221;.
Default is &#8220;phase&#8221;.

The function extracts features from functional data based on the fast fourier
transform. For more details refer to <a rd-options='stats:fft' href='stats::fft'>stats::fft</a>.

Fast Fourier transform features. — extractFDAFourier

Fast Fourier transform features.

extractFDAFourier: Fast Fourier transform features.

Description

Usage

Arguments

Value

See Also