MATLAB R2018a (version 9.4) is installed in SERC. MATLAB, the language of technical computing, is a programming environment for algorithm development, data analysis, visualization, and numeric computation. Simulink® is a graphical environment for simulation and Model-Based Design of multidomain dynamic and embedded systems.MATLAB PCT parallel profile works only on the local system. Click on local below for details
MATLAB Version: 9.4.0.842718 (R2018a) Update 1 If the Installer encounters any problems during the install process, it will display an installation failed message. Introduced Release 2018a (R2018a) with a range of new capabilities in MATLAB and Simulink. R2018a includes two new products, Predictive Maintenance Toolbox for designing and testing condition monitoring and predictive maintenance algorithms, and Vehicle Dynamics Blockset for modeling and simulating vehicle dynamics in a virtual 3D environment.
. local
NOTE: Make sure that you include only the directory in MATLAB path for that profile which is set as default. Other profile directories should not be on the path.
Note: Matlab R2018a doesn’t support 32 Bit Machines.
Users are requested to upgrade their Machine OS to 64 Bit.
Matlab Installation
1.Personal Laptop / Designated Computer
2.Desktop machine connected to campus network (IISc Network License)
See Full List On Serc.iisc.ac.in
![Cached Cached](https://pixhost.icu/avaxhome/31/18/00531831.png)
How to invoke MATLAB ?
Path for matlab-R2018a:
/home/pkg/lic/matlab-tah-R2018a/bin
Cached
For C-shell:
For ksh or bash:
In which systems is MATLAB available ?
MATLAB R2018a (Version 9.4) is currently available on all the access stations in SERC Bay Area (1st Floor). You can use MATLAB from a ascii terminal, but an X-window system will support more graphic displays.
Note for Standalone License Users:
What are all Tool boxes available in MATLAB-R2018a (9.4)?
Toolbox | Version |
MATLAB | 9.4 |
SIMULINK | 9.1 |
Aerospace Blockset | 3.21 |
Aerospace Toolbox | 2.21 |
Antenna Toolbox | 3.1 |
Audio System Toolbox | 1.4 |
Automated Driving System Toolbox | 1.2 |
Bioinformatics Toolbox | 4.10 |
Communications System Toolbox | 6.6 |
Computer Vision System Toolbox | 8.1 |
Control System Toolbox | 10.4 |
Curve Fitting Toolbox | 3.5.7 |
Data Acquisition Toolbox | 3.13 |
Database Toolbox | 8.1 |
Datafeed Toolbox | 5.7 |
DSP System Toolbox | 9.6 |
Econometrics Toolbox | 5.0 |
Embedded Coder | 7.0 |
Filter Design HDL Coder | 3.1.3 |
Financial Instruments Toolbox | 2.7 |
Financial Toolbox | 5.11 |
Fixed Point Designer | 6.1 |
Fuzzy Logic Toolbox | 2.3.1 |
Global Optimization Toolbox | 3.4.4 |
GPU Coder | 1.1 |
HDL Coder | 3.12 |
HDL Verifier | 5.4 |
Image Acquisition Toolbox | 5.4 |
Image Processing Toolbox | 10.2 |
Instrument Control Toolbox | 3.13 |
LTE HDL Toolbox | 1.1 |
LTE System Toolbox | 2.6 |
Mapping Toolbox | 4.6 |
MATLAB Coder | 4.0 |
MATLAB Compiler | 6.6 |
MATLAB Compiler SDK | 6.5 |
MATLAB Report Generator | 5.4 |
Model Predictive Control Toolbox | 6.1 |
Model-Based Calibration Toolbox | 5.4 |
Neural Network Toolbox | 11.1 |
OPC Toolbox | 4.0.5 |
Optimization Toolbox | 8.1 |
Parallel Computing Toolbox (PCT) | 6.12 |
PDE Toolbox | 3.0 |
Phased Array System Toolbox | 3.6 |
Polyspace Bug Finder | 2.5 |
Polyspace Code Prover | 9.9 |
Powertrain Blockset | 1.3 |
Predictive Maintenance Toolbox | 1.0 |
RF Blockset | 7.0 |
RF Toolbox | 3.4 |
Risk Management Toolbox | 1.3 |
Robotics System Toolbox | 2.0 |
Robust Control Toolbox | 6.4.1 |
Signal Processing Toolbox | 8.0 |
SimBiology | 5.8 |
SimEvents | 5.4 |
Simscape | 4.4 |
Simcape Driveline | 2.14 |
Simscape Electronics | 2.13 |
Simscape Fluids | 2.4 |
Simscape Multibody | 5.2 |
Simulink 3D Animation | 8.0 |
Simulink Check | 4.1 |
Simulink Code Inspector | 3.2 |
Simulink Coder | 8.14 |
Simulink Control Design | 5.1 |
Simulink Design Optimization | 3.4 |
Simulink Desktop Report Generator | 5.6 |
Simulink Real-Time | 6.8 |
Simulink Report Generator | 5.4 |
Simulink Requirements | 1.1 |
Simulink Test | 2.4 |
Spreadsheet Link | 3.3.3 |
Stateflow | 9.1 |
Statistics & Machine Learning Toolbox | 11.3 |
Symbolic Math Toolbox | 8.1 |
System Identification_Toolbox | 9.8 |
Text Analytics Toolbox | 1.1 |
Trading Toolbox | 3.4 |
Vehicle Dynamics Blockset | 1.0 |
Vehicle Network Toolbox | 4.0 |
Vission HDL Toolbox | 1.6 |
Wavelet_Toolbox | 5.0 |
WLAN System Toolbox | 1.5 |
Where do I get help ?
MATLAB is an interactive programme with on-line help. To get an overview of MATLAB type intro from the MATLAB prompt. The help command tells you the topics (directories) available in MATLAB. The command help directory_name or help function_name gives more detailed help about the directory or the function. You can also look for a particular topic by typing lookfor topic.
For further assistance, contact to [email protected] byE-mailor phone(#109 within SERC).
Lifecycle of mxArray
Like MATLAB functions, a MEX-file gatewayroutine passes MATLAB variables by reference. However,these arguments are C pointers. A pointer toa variable is the address (location in memory)of the variable. MATLAB functions handle data storage for youautomatically. When passing data to a MEX-file, you use pointers,which follow specific rules for accessing and manipulating variables.For information about working with pointers, refer to a programmingreference, such as The C Programming Language byKernighan, B. W., and D. M. Ritchie. Coda 2 5 19 – one window web development suite.
![Matlab Matlab](https://mac-cdn.softpedia.com/screenshots/Matlab_2.png)
Note
Since variables use memory, you need to understand how your MEX-file creates an
mxArray
and your responsibility for releasing (freeing) the memory. This is important to prevent memory leaks. The lifecycle of an mxArray
—and the rules for managing memory—depends on whether it is an input argument, output argument, or local variable. The function you call to deallocate an mxArray
depends on the function you used to create it. For more information, look up the functions to create arrays in the C Matrix API.Input Argument prhs
An
mxArray
passed to a MEX-file through the prhs
input parameter exists outside the scope of the MEX-file. Do not free memory for any mxArray
in the prhs
parameter. Also, prhs
variables are read-only; do not modify them in your MEX-file.Output Argument plhs
If you create an
mxArray
(allocate memoryand create data) for an output argument, the memory and data existbeyond the scope of the MEX-file. Do not free memory on an mxArray
returnedin the plhs
output parameter.Local Variable
You allocate memory whenever you use an
mxCreate*
functionto create an mxArray
or when you call the mxCalloc
andassociated functions. After observing the rules for handling inputand output arguments, the MEX-file should destroy temporary arraysand free dynamically allocated memory. To deallocate memory, use either mxDestroyArray
or mxFree
.For information about which function to use, see MXMatrix Library.