Quantitative Regression Analysis: Difference between revisions

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===Standard Linear 2-way Modeling Methods===
===Standard Linear 2-way Modeling Methods===


:[[analysis]] - Graphical user interface for data analysis.
*[[analysis]] - Graphical user interface for data analysis.
:[[cls]] - Classical Least Squares regression for multivariate Y.
*[[cls]] - Classical Least Squares regression for multivariate Y.
:[[pcr]] - Principal components regression for multivariate Y.
*[[pcr]] - Principal components regression for multivariate Y.
:[[pls]] - Partial least squares regression for multivariate Y.
*[[pls]] - Partial least squares regression for multivariate Y.
:[[mlr]] - Multiple Linear Regression for multivariate Y.
*[[mlr]] - Multiple Linear Regression for multivariate Y.
:[[crossval]] - Cross-validation for decomposition and linear regression.
*[[crossval]] - Cross-validation for decomposition and linear regression.


===Other Methods===
===Other Methods===

Revision as of 13:28, 4 September 2008

These methods develop regression models which attempt to predict a quantity based on measurements of responses (x-block) and corresponding quantities (y-block) on known samples.

The y-block may contain a physical quantity which is directly related to the measurements in the x-block, or it may be a value which is indirectly related to the measured x-block values. In the latter case, the resulting model is considered an "inferential" model.

Standard Linear 2-way Modeling Methods

  • analysis - Graphical user interface for data analysis.
  • cls - Classical Least Squares regression for multivariate Y.
  • pcr - Principal components regression for multivariate Y.
  • pls - Partial least squares regression for multivariate Y.
  • mlr - Multiple Linear Regression for multivariate Y.
  • crossval - Cross-validation for decomposition and linear regression.

Other Methods


Other Topics


(Sub topic of PLS_Toolbox_Topics)