Composite Experimental Design Matlab Code: Difference between revisions

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2. [[CompositeDesign.m]] - The composite design driver
2. [[CompositeDesign.m]] - The composite design driver
3. [[MakeResponseSurface.m]] - A function to create and plot a response surface
4. [http://files.charlesmartinreid.com/ExperimentalDesign/allLV1.m allLV1.m] - A function to create permutations (used to generate polynomial powers)


Part 1: Composite design construction, creation of sample points, loop over all samples and sample function
Part 1: Composite design construction, creation of sample points, loop over all samples and sample function
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{{ExperimentalDesign}}
[[Category:Matlab]]
[[Category:Matlab]]
[[Category:Experimental Design]]

Latest revision as of 07:09, 2 July 2011

The composite design code consists of two parts:

1. ToyProblem_cmr.m - The toy problem function (this is the function being sampled)

2. CompositeDesign.m - The composite design driver

3. MakeResponseSurface.m - A function to create and plot a response surface

4. allLV1.m - A function to create permutations (used to generate polynomial powers)

Part 1: Composite design construction, creation of sample points, loop over all samples and sample function

Part 2: Postprocessing: creating response surface


See Also



v  ·  d  ·  e
charlesmartinreid.com : Experimental Design
Lecture Set
Introduction Lecture
Example Problem
Regression Methods
Monte Carlo
MC Method
Roulette.jpg
MC Implementation
MC Results
Composite Design
CD Method
SteelFrame.jpg
CD Implementation
CD Results
Charles Martin Reid:Copyrights
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