MATLAB R2013A DOCUMENTATION HOW TO

HOSTNAME ARCH NCPU LOAD MEMTOT MEMUSE SWAPTO SWAPUS To list number of unused license seats for each product.īelow is an example representing a snapshot of unused licensed seats for Matlab products on the ~]$ qhost -h global -F Matlab licenses are pushed into consumable (global, per-job) integer complexes in Grid Engine and can be checked using Then it is deployed as a single threaded grid engine array job.

The second MATLAB function has added logic to enabled it to be deployed as a compiled MATLAB code. This greatly increases disk, memory and CPU requirements.įinal example that gives the recommended workflow to scale your job to multiple nodes. One run can be done on the desktop, but it is desired complete 100s or 1000s of independent runs. Many MATLAB research projects fall in the the “high throughput computing” category. The Parallel toolbox gives a faster time to completion, but with more memory and CPU resources consumed. Second example shows an interactive session, which starts multiple MATLAB pool of workers to execute the function as a parallel toolbox loop, parfor.

MATLAB R2013A DOCUMENTATION HOW TO

One shows how to test the function by executing the function one time. You will need to know how much memory and how many cores you should request for your jobs.Įven though it easier to develop on a desktop, MATLAB can be run interactively on Farber. Section with UNIX commands you can use to watch your jobs and gather timing and core count numbers. The first function in a loop, and to using the Parallel Toolbox.ĭetails on how to run these two scripts in batch are given with the resulting output files. On Mills, MATLAB projects should be developed using a Desktop installation of MATLAB and then copied to the clusterĬonsider an extended MATLAB example involving two simple MATLAB functions, and two MATLAB scripts to execute

Matlab r2013a documentation