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software:matlab:farber [2019-08-29 14:40] – [Matlab on Farber] anita | software:matlab:farber [2020-10-29 11:16] – [Interactive parallel toolbox example] anita | ||
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For use on Farber, MATLAB projects should be developed using a Desktop installation of MATLAB and then copied to Farber | For use on Farber, MATLAB projects should be developed using a Desktop installation of MATLAB and then copied to Farber | ||
- | to be run in batch. | + | to be run in batch. |
Details on how to run these two scripts in batch are given with the resulting output files. | Details on how to run these two scripts in batch are given with the resulting output files. | ||
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second example shows an interactive session, which starts multiple MATLAB pool of workers to execute the function as a parallel toolbox loop, **'' | second example shows an interactive session, which starts multiple MATLAB pool of workers to execute the function as a parallel toolbox loop, **'' | ||
- | You can run [[#desktop |MATLAB as a desktop (GUI)]] application on Farber. | + | You can run [[#desktop |MATLAB as a desktop (GUI)]] application on Farber, but is not recommended as the graphics is slow to display especially with a slower network connection. |
Many MATLAB research projects fall in the the "high throughput computing" | Many MATLAB research projects fall in the the "high throughput computing" | ||
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end | end | ||
</ | </ | ||
- | See [[maxNumCompThreads|Setting maximum number of computational threads]]</ | + | See [[maxNumCompThreadsGridEngine|Setting maximum number of computational threads]]</ |
<note tip> | <note tip> | ||
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</ | </ | ||
- | ==== Grid Engine script | + | ====== Batch job serial example ====== |
Second, write a shell script file to set the Matlab environment and start Matlab running your script file. The following script file will set the Matlab environment and run the command in the [[# | Second, write a shell script file to set the Matlab environment and start Matlab running your script file. The following script file will set the Matlab environment and run the command in the [[# | ||
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If everyone in your group carefully set these values, multiply jobs can run concurrently on the node. | If everyone in your group carefully set these values, multiply jobs can run concurrently on the node. | ||
- | See [[maxNumCompThreads|Setting maximum number of computational threads]] | + | See [[maxNumCompThreadsGridEngine|Setting maximum number of computational threads]] |
</ | </ | ||
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</ | </ | ||
- | <note warning> | + | <note warning> |
In this example you will only need a license for the base Matlab, and the parallel toolbox needs one license. | In this example you will only need a license for the base Matlab, and the parallel toolbox needs one license. | ||
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- | ===== Batch parallel example ===== | + | ====== Batch parallel example |
The Matlab parallel toolbox uses JVM to manage the workers and communicate while you are running. | The Matlab parallel toolbox uses JVM to manage the workers and communicate while you are running. | ||
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- | ===== Interactive example ===== | + | ====== Interactive example |
The basic steps to running a [[: | The basic steps to running a [[: | ||
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- | ===== MCR array job example ===== | + | ====== MCR array job example |
Most Matlab functions can be compiled using the Matlab Compiler (MCC) and then deployed to run on the compute nodes in the MATLAB Compiler Runtime (MCR). | Most Matlab functions can be compiled using the Matlab Compiler (MCC) and then deployed to run on the compute nodes in the MATLAB Compiler Runtime (MCR). |