XA - Introduction: Difference between revisions
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Welcome to the <span class="roman">TOMLAB /XA</span> User's Guide. <span class="roman">TOMLAB /XA</span> includes the XA solver suite from Sunset Software Technology and an interface to The MathWorks' MATLAB. | Welcome to the <span class="roman">TOMLAB /XA</span> User's Guide. <span class="roman">TOMLAB /XA</span> includes the XA solver suite from Sunset Software Technology and an interface to The MathWorks' MATLAB. | ||
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In this manual we assume that the user is familiar with linear, mixed-integer and quadratic programming, setting up problems in <span class="roman">TOMLAB</span> (in particular mixed-integer ('''mip''') problems) and the <span class="roman">Matlab</span> language in general. | In this manual we assume that the user is familiar with linear, mixed-integer and quadratic programming, setting up problems in <span class="roman">TOMLAB</span> (in particular mixed-integer ('''mip''') problems) and the <span class="roman">Matlab</span> language in general. | ||
Latest revision as of 05:52, 16 December 2010
Welcome to the TOMLAB /XA User's Guide. TOMLAB /XA includes the XA solver suite from Sunset Software Technology and an interface to The MathWorks' MATLAB.
TOMLAB /XA is a solver package providing the user with functionality for solving linear, binary, integer and semi-continuous linear programming problems, as well as quadratic programming problems.
Contents of this Manual
- Section [#intro 1] provides a basic overview of the TOMLAB /XA solver package.
- Section provides an overview of the Matlab interface to XA.
- Section describes how to set XA solver options from Matlab.
- Section gives detailed information about the interface routines xa and xaTL. The solver control options, branch and bound settings, as well as solver and model status codes are also explained in this section.
More information
Please visit the following links for more information:
Prerequisites
In this manual we assume that the user is familiar with linear, mixed-integer and quadratic programming, setting up problems in TOMLAB (in particular mixed-integer (mip) problems) and the Matlab language in general.