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| R2012a Documentation → Model-Based Calibration Toolbox | |
Learn more about Model-Based Calibration Toolbox |
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| R2012a Documentation → Model-Based Calibration Toolbox | |
Learn more about Model-Based Calibration Toolbox |
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| Contents | Index |
This table summarizes what's new in Version 4.2 (R2011a):
| New Features and Changes | Version Compatibility Considerations | Fixed Bugs and Known Problems |
|---|---|---|
| Yes Details below | No | Bug
Reports Includes fixes |
New features and changes introduced in this version are:
You can now specify more than one objective for graphical comparison in modal optimization. You can optimize with one objective, and use the other objectives to explore the results. You can optionally choose a different objective to use to select the best mode.
See Adding Extra Objectives to Modal Optimizations and Analyzing Modal Optimization Results in the CAGE documentation.
If you have Global Optimization Toolbox you can now use the MultiStart algorithm in CAGE. This algorithm tries to identify local optima to help you create smoother tables. Multiple local optimal solutions are often found because of the flat nature of engine responses. The difference in performance between these different solutions can be small and result in tables that are not smooth enough. The new MultiStart algorithm tries to identify multiple optimal solutions for each operating point. You can select the solutions that meet your table smoothness constraints based on the entire table.
See Set Up MultiStart Optimizations and Analyzing MultiStart Optimization Results in the CAGE documentation.
The Tradeoff tool in CAGE now automatically scales plot axes to the local range when switching between different point-by-point models. This avoids having to manually zoom on each graph from the global range to the range of interest.
See Point-by-Point Model Tradeoffs in the CAGE documentation.
In the Model Browser, you can now delay lengthy updates of dependent fits when leaving the local node. This can be useful when you want to examine a particular global model after removing an outlier at the local level. Defer updates to avoid waiting while updating all other dependent fits.
See Updating Fits in the Model Browser documentation.
To use parallel processing with model building, you no longer have to use the mbcmatlabpool function as well as the matlabpool function. The removal of mbcmatlabpool simplifies parallel model building by reducing the number of setup steps.
See Parallel Model Building in the Model Browser documentation.
 | Version 4.3 (R2011b) Model-Based Calibration Toolbox Software | Version 4.1 (R2010b) Model-Based Calibration Toolbox Software |  |
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