Software User Guide: Difference between revisions

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(New page: ==About PLS_Toolbox and Solo== '''PLS_Toolbox''' is a collection of essential and advanced chemometric routines built within the MATLAB® computational environment. It contains the tools ...)
 
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==About This Guide==
The purpose of this guide it to provide information about how to use
PLS_Toolbox and Solo. Although the majority of information pertains
to both products there are some sections that are only relevant to PLS_Toolbox.
The sections will be identified as such.
Documentation for other Eigenvector products can be found here.<!--NOTE: Add link to MIA and EMSC here.-->
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* [[About This Software]]
* [[Installation]]
* [[Support]]
</td>
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==About PLS_Toolbox and Solo==
==About PLS_Toolbox and Solo==
'''PLS_Toolbox''' is a collection of essential and advanced chemometric routines built  
'''PLS_Toolbox''' is a collection of essential and advanced chemometric routines built  
Line 9: Line 27:
'''Solo''' is PLS_Toolbox without Matlab. We us the MATLAB® Compiler™ to compile all of the
'''Solo''' is PLS_Toolbox without Matlab. We us the MATLAB® Compiler™ to compile all of the
PLS_Toolbox GUI interfaces into a standalone application. The only difference between
PLS_Toolbox GUI interfaces into a standalone application. The only difference between
the two products is access to the Matlab command line.  
the two products is access to the Matlab command line.
 
Documentation for other Eigenvector products can be found here.<!--NOTE: Add link to MIA and EMSC here.-->

Revision as of 14:24, 2 September 2008

About This Guide

The purpose of this guide it to provide information about how to use PLS_Toolbox and Solo. Although the majority of information pertains to both products there are some sections that are only relevant to PLS_Toolbox. The sections will be identified as such.

Documentation for other Eigenvector products can be found here.

About PLS_Toolbox and Solo

PLS_Toolbox is a collection of essential and advanced chemometric routines built within the MATLAB® computational environment. It contains the tools required by engineers and scientists to explore their data and build predictive models. PLS_Toolbox gets its name from the Partial Least Squares (PLS) regression method, which has become the standard calibration method in many chemical applications. Although PLS_Toolbox has grown far beyond just PLS, the name remains.

Solo is PLS_Toolbox without Matlab. We us the MATLAB® Compiler™ to compile all of the PLS_Toolbox GUI interfaces into a standalone application. The only difference between the two products is access to the Matlab command line.