|
|
 |
MATLAB Licensed Toolboxes
The basic MATLAB product is augmented with toolboxes and compatible products,
which all tend to be lumped together by calling them "toolboxes."
License fees vary by the license type (Concurrent, Group or TAH Student),
by the toolbox, and by the number of users licensed to use the toolbox.
Release R2012a
Toolboxes Available Under the Concurrent License
The following suite of toolboxes is basic to the Concurrent
license:
| MATLAB environment |
A high-level language and interactive environment that enables you
to perform computationally intensive tasks faster than traditional
programming languages such as C, C++ and Fortran |
| Simulink |
An environment for multidomain simulation and Model-Based Design
for dynamic and embedded systems |
| Control System |
Design and analyze feedback control systems |
| Financial |
Analyze financial data and develop financial algorithms |
| Image Processing |
Image processing, analysis and algorithm development |
| Optimization |
General and large-scale optimization of nonlinear problems, linear
programming, quadratic programming, nonlinear least-squares, solving
nonlinear equations |
| Signal Processing |
Analog and digital signal processing tools |
| Statistics |
Functions and graphical user interfaces for statistical analysis,
including linear and nonlinear modeling, multivariate statistics,
calculation and fitting of probability distributions, and hypothesis
testing. |
| System Identification |
Create linear and nonlinear dynamic models from measured input-output
data |
| Wavelet |
(Signal and Image Processing) Analyze, compress and denoise signals
and images |
Additional Toolboxes Available Under the Concurrent License
The following suite of toolboxes is also available under the Concurrent
license.
Some of these toolboxes are available only on specific operating
systems. See System
Requirements to generate a full list of available products for your
intended operating system. That full listing will include toolboxes that
are not licensed for NU use.
Some of these toolboxes are available in very limited numbers. Some
toolboxes are restricted to certain subnets or IP addresses.
| Bioinformatics |
Read, analyze, and visualize genomic and proteomic data |
| Curve Fitting |
Fit curves and surfaces to data using regression, interpolation
and smoothing |
| Data
Acquisition |
Connect to data acquisition cards, devices and modules |
| Database |
Exchange data with relational databases |
| DSP System Toolbox |
Design and simulate signal processing systems |
| Econometrics |
Model and analyze financial and economic systems using
statistical methods |
| Embedded Coder |
Generate C and C++ code optimized for embedded systems |
| Filter Design HDL Coder |
Generate HDL code for fixed-point filters |
| Financial Derivatives |
Model and analyze equity and fixed-income derivatives |
| Fixed-Point Toolbox |
Design and execute fixed-point algorithms and analyze
fixed-point data |
| Fuzzy Logic |
Design and simulate fuzzy logic systems |
| Global Optimization |
Solve multiple maxima, multiple minima, and nonsmooth optimization problems |
| Image Acquisition |
Acquire images and video from industry-standard hardware |
| Instrument
Control |
Control and communicate with test and measurement instruments |
| Mapping |
Analyze and visualize geographics information |
| MATLAB Coder |
Generate C and C++ code from MATLAB code |
| MATLAB Compiler |
Build standalone executables and software components from MATLAB
code |
| Neural Network |
Design and simulate neural networks |
| Parallel Computing |
Perform parallel computations on multicore computers, GPUs and computer clusters |
| Partial Differential Equation |
Solve partial differential equations using finite element
methods |
| SimMechanics |
Model and simulate mechanical systems |
| Simscape |
Model and simulate multidomain physical systems |
| Simulink Coder |
Generate C and C++ code from Simulink and Stateflow models |
| Simulink Control Design |
Compute PID gains, linearize models, and design control
systems |
| Simulink Fixed-Point |
Design and simulate fixed-point systems |
| Stateflow |
Design and simulate state machines and control logic |
| Symbolic Math |
Perform computations using symbolic mathematics and
variable-precision arithmetic |
| Simulink 3D Animation |
Animate and visualize Simulink systems in three dimensions |
| Spreadsheet Link EX |
Use MATLAB as a computational engine from Microsoft
Excel |
| xPC Target |
Perform real-time rapid control prototyping and hardware-in-the-loop
simulation using PC hardware |
| xPC Target Embedded Option |
Run xPC Target applications on standalone target computers |
Toolboxes Available Under the Group License
As of September, 2010, we have reduced the basic set of toolboxes associated
with the Group license. A few toolboxes, not listed here, are specially
licensed to individuals at extra cost.
The following suite of toolboxes is available under the Group license:
| MATLAB environment |
A desktop front end to access MATLAB features and functions |
| Simulink |
An interactive environment for modeling, simulating and analyzing
dynamic systems |
| Optimization |
General and large-scale optimization of nonlinear problems, linear
programming, quadratic programming, nonlinear least-squares, solving
nonlinear equations |
| Signal Processing |
Analog and digital signal processing tools |
| Statistics |
Functions and graphical user interfaces for statistical analysis,
including linear and nonlinear modeling, multivariate statistics,
calculation and fitting of probability distributions, and hypothesis
testing. |
Toolboxes for the TAH Student License
The following suite of toolboxes is included with the Total Academic
Headcount Student license:
| MATLAB environment |
A desktop front end to access MATLAB features and functions |
| Simulink |
An interactive environment for modeling, simulating and analyzing
dynamic systems |
| Bioinformatics |
Read, analyze, and visualize genomic, proteomic, and
microarray data |
| Control System |
Design and analyze feedback control systems |
| Curve Fitting |
Perform model fitting and analysis |
| DSP System Toolbox |
Design and simulate signal processing systems |
| Data
Acquisition |
Connect to data acquisition cards, devices and modules |
| Image Processing |
Image processing, analysis and algorithm development |
| Instrument
Control |
Control and communicate with test and measurement instruments |
| Optimization |
General and large-scale optimization of nonlinear problems, linear
programming, quadratic programming, nonlinear least-squares, solving
nonlinear equations |
| Signal Processing |
Analog and digital signal processing tools |
| SimMechanics |
Model and simulate mechanical systems |
| Simscape |
Model and simulate mechanical systems |
| Stateflow |
Design and simulate state machines and control logic |
| Statistics |
Functions and graphical user interfaces for statistical analysis,
including linear and nonlinear modeling, multivariate statistics,
calculation and fitting of probability distributions, and hypothesis
testing. |
| Symbolic Math |
Perform computations using symbolic mathematics and
variable precision arithmetic |
More details about these toolboxes may be found by consulting The MathWorks
Product List. Each product name is linked to a detailed description
with further links to full product descriptions and related applications.
See Related Software for a list of products
that can be used to augment or replace MATLAB.
|
NUIT > Software
> MATLAB 
