Last update: January 21, 2018
MathWork's agreement with the University of Texas now allows TACC and XSEDE users to access MATLAB for non-commercial, academic use. If you would like access to MATLAB please submit a help desk ticket through either the TACC or XSEDE portal. Include in your ticket your institutional affiliation and a brief statement confirming that you will use MATLAB only for non-commercial, academic purposes. If you are affiliated with the University of Texas, please include your academic department in your help desk ticket.
If you have your own network licenses for toolboxes that are not available through the University of Texas, we can help you configure these licenses on TACC systems. Again, submit a help desk ticket for assistance.
MATLAB, Simulink, and a lot of MATLAB toolboxes are available on the TACC resources. Listed below is the complete set of Toolboxes on the TACC resources:
|Aerospace Blockset |
Communications System Toolbox
Computer Vision System Toolbox
Control System Toolbox
Curve Fitting Toolbox
DSP System Toolbox
Financial Instruments Toolbox
|Fuzzy Logic Toolbox |
Global Optimization Toolbox
Image Acquisition Toolbox
Image Processing Toolbox
Instrument Control Toolbox
LTE System Toolbox
MATLAB Compiler SDK
MATLAB Report Generator
Model Predictive Control Toolbox
Neural Network Toolbox
|Optimization Toolbox |
Parallel Computing Toolbox
Partial Differential Equation Toolbox
Phased Array System Toolbox
Robust Control Toolbox
Signal Processing Toolbox
|Simscape Power Systems |
Simulink Control Design
Simulink Design Optimization
Statistics and Machine Learning Toolbox
Symbolic Math Toolbox
System Identification Toolbox
WLAN System Toolbox
To see a complete list of MATLAB, Simulink, and MATLAB Toolboxes and their version information, please type the "
ver" command at the MATLAB prompt
MATLAB is normally launched with the MATLAB Desktop UI and used in interactive mode. To do so, please create a VNC session following the Stampede2 User Guide's directions in the Remote Desktop Access section. Note that the same instructions apply to VNC sessions on Maverick.MATLAB is managed under modules on the TACC resources. Before you launch MATLAB load the MATLAB module with the following command:
login1$ module load matlabYou can always get the MATLAB help information by typing the following module help command.
login1$ module help matlab
The following figure shows how MATLAB is launched inside the VNC session.
IMPORTANT: Do NOT launch MATLAB on the login nodes. This may fail and, more importantly, it will prevent other users from doing their work, as your execution will take up too many cycles on the shared login node. Using MATLAB on the login nodes is considered system abuse, and will be treated as such. See TACC usage policies.
You can also submit your MATLAB job to the batch nodes (compute nodes) on the TACC resources, e.g. Stampede2, Lonestar5, or Maverick. To do so, please first make sure that the MATLAB module has been loaded, and then launch "matlab" with the "-nodesktop -nodisplay -nosplash" option as shown in the sample Stampede2 job script below.
#!/bin/bash #SBATCH -J matlabjob # job name #SBATCH -e matlabjob.%j.err # error file name #SBATCH -o matlabjob.%j.out # output file name #SBATCH -N 1 # request 1 node #SBATCH -n 16 # request all 16 cores #SBATCH -p serial # designate queue #SBATCH -t 01:00:00 # designate max run time #SBATCH -A myproject # charge job to myproject module load matlab matlab -nodesktop -nodisplay -nosplash < mymatlabprog.m
Then submit the job to the scheduler in the standard way. See the Running Jobs section in the respective user guides
|Stampede2|| ||Running jobs on Stampede2|
|Lonestar5|| ||Running jobs on Lonestar5|
|Maverick|| ||Running jobs on Maverick|
The parallel computing toolbox is available on the TACC resources as well. Our MathWorks Total Academic Headcount (TAH) license for the UT-Austin campus does not include MATLAB Distributed Computing Server. Therefore, multi-node parallel operations are not supported.
The following two examples demonstrate parallel operations using the "
parfor" and "
matlabpool" functions. Here are the basic examples.
Mat=zeros(100,1); parfor i = 1:100 Mat(i) = i*i; end
if (matlabpool('size') ) == 0 matlabpool(12); else matlabpool close; matlabpool(12); end
Please look at the MATLAB Parallel Toolbox documentation for detailed descriptions and advanced features.
Mathworks has an excellent collection of documentation, videos and webinars.
MATLAB is a commercial product of MathWorks. Please solicit help from Mathworks regarding MATLAB code. If you need any further assistance related to access issues or running issues, please contact TACC via the XSEDE User Portal if you are an XSEDE user. All other users please request help via the TACC User Portal.