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| R2011b Documentation → Model-Based Calibration Toolbox | |
Learn more about Model-Based Calibration Toolbox |
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| Contents | Index |
This manual is the Model Browser User's Guide. See also the CAGE User's Guide for information on the other main interface of the Model-Based Calibration Toolbox product.
Learning the Model Browser
For tutorials and case studies, see Getting Started in the Model-Based Calibration Toolbox Getting Started Guide.
Using the Model Browser
Overview of Modeling with the Model-Based Calibration Toolbox Product provides an overview of how to model with the Model Browser and where to find information.
Projects and Test Plans describes how to set up and use projects and test plans, and navigate using the Model Tree.
Designs is a guide to constructing experimental designs using the Design Editor. You can set up, view, and compare design types: classical, space-filling, and optimal. You can define and apply constraints and export designs.
Data describes how to load, merge, filter, and view data using the Data Editor, including matching data to experimental designs. You can load data from files, or the workspace, or custom Excel® sheets. You can view plots of the data and define new variables and filters. You can store and import user-defined variables and filters, and define test groupings. You can customize the data loading interface with your own functions.
Setting Up Models is a guide to setting up models using the Model Browser, including descriptions and illustrations of model types. This section describes how to set up local, global, response and boundary models; and how to use the Build Models dialog box to add multiple model types to compare, after you have an initial model.
Selecting Models is a complete guide to viewing, evaluating, and verifying models using the Model Browser. This explains all the functionality available in the different model views of the Model Browser, the Model Selection and Model Evaluation windows, the Stepwise and Box-Cox Transformation tools; how to use validation data; the mathematics of two-stage models; and how to export models.
Radial Basis Functions is a guide to all aspects of using radial basis functions in modeling, from setup to the mathematical basis.
![]() | What Is the Model Browser? | Overview of Modeling with the Model-Based Calibration Toolbox Product | ![]() |

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