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Matlab Student PC |
MATLAB is a high-level technical computing language and
interactive environment for algorithm development, data visualization,
data analysis, and numerical computation. Using MATLAB, you can solve
technical computing problems faster than with traditional programming
languages, such as C, C++, and Fortran.
You can use MATLAB in a wide range of applications, including signal
and image processing, communications, control design, test and measurement,
financial modeling and analysis, and computational biology. Add-on
toolboxes (collections of special-purpose MATLAB functions, available
separately) extend the MATLAB environment to solve particular classes
of problems in these application areas.
MATLAB provides a number of features for documenting and sharing your
work. You can integrate your MATLAB code with other languages and applications,
and distribute your MATLAB algorithms and applications. |
System Requirements
- Pentium, Pentium Pro, II, III, IV, Xeon PIII, AMD Athlon, Athlon
XP
- Windows 98 or Higher
- 512MB
- CDROM Drive
- 400MB Hard Disk Space For Full Installation
- VGA Or SVGA Monitor
- Mouse Required
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Product Code -
£75.00 |
Key Features
- High-level language for technical computing
- Development environment for managing code, files, and data
- Interactive tools for iterative exploration, design, and problem
solving
- Mathematical functions for linear algebra, statistics, Fourier
analysis, filtering, optimization, and numerical integration
- 2-D and 3-D graphics functions for visualizing data
- Tools for building custom graphical user interfaces
- Functions for integrating MATLAB based algorithms with external
applications and languages, such as C, C++, Fortran, Java, COM,
and Microsoft Excel
Whats New in Version 7Development Environment
Redesigned desktop, providing easier management of multiple documents,
docked figures, the ability to save custom layouts, and shortcuts
to commonly used commands. Enhanced Array Editor and Workspace
Browser for easier viewing, editing, and graphing of your variables.
Directory Reports, letting you scan your M-files for efficiency,
dependencies, and code coverage. M-Lint Code Checker that recommends
code modifications to maximize performance and maintainability.
Ability to execute individual sections of M-code in the Editor.
Automatic publishing of your M-code to an HTML, Word, or LaTex
document.
Programming
Ability to create nested functions, providing an easier way to define
and call customized functions.Anonymous functions for defining single-line
functions at the command line or in scripts.Ability to call function
handles using standard calling syntax rather than feval. Conditional
break points, letting you stop when any expression is true. Block
comment markers to comment-out an entire section of code
Mathematics
Integer arithmetic, letting you preserve data types in calculations
and process larger integer data sets. Single-precision arithmetic,
linear algebra, FFT, and filtering, enabling you to process larger
single-precision data sets. More robust computational geometry routines
using Qhull 2002.1, giving greater control over algorithm choice.
linsolve function, enabling you to solve systems of linear equations
faster by specifying the structure of the matrix of coefficients.
ODE solver functionality to handle implicit differential equations
and multipoint boundary value problems
Graphics
New plotting interface for interactively creating and editing plots
without entering M-code.
M-code generation from a figure, letting you programmatically reuse
custom plots. Enhanced plot annotation, including drawing shapes,
object alignment, and pinning of annotations to data points. Data
exploration tools, including plot panning and data cursors for easily
measuring values while browsing plots. Ability to perform transformations
such as rotation, translation, and scaling on groups of graphics
objects. User interface panels and ActiveX controls accessible from
GUIDE. Improved Handle Graphics® support for rendering advanced
equations using the full TeX and LaTeX interface
Data Access and External Interfacing
New file I/O functions for reading very large arbitrarily formatted
text files and writing to Excel and HDF5 files. Compressed MAT-files
option, letting you save large data sets using less disk space. Javaaddpath
function for adding, removing, and reloading Java classes dynamically
without restarting MATLAB. COM custom interface, server events, and
Visual Basic script support. Access to Web services based on Simple
Object Access Protocol (SOAP). FTP object for connecting to an FTP
server to perform remote file operations. Support for the Unicode
international character set standard, enabling character data in
MAT-files to be shared between languages.
Performance and Platform Support
JIT Accelerator coverage of all numeric types and function calls.
JIT Accelerator generation of MMX functions for integer arithmetic.
FFT routines using the new version of FFTW3. Faster text file reading
and writing. 3GB switch support under Windows XP, giving an additional
1GB of data memory to MATLAB
Simulink 6
Simulink is a platform for multidomain simulation and model-based
design of dynamic systems. It provides an interactive graphical environment
and a customizable set of block libraries that let you accurately
design, simulate, implement, and test control, signal processing,
communications, and other time-varying systems. Simulink 6 improves
performance, responsiveness, modeling fidelity, and workflow efficiency
when modeling large systems.
Component-Based Modeling for Large Systems
Ability to segment a model into multiple files, where each file is
a separate model Ability to model, simulate, test, and implement
each design component individually before incorporating it into a
system model.Enhanced integration of your models into existing file-based
configuration management and version control software. Incremental
loading and code generation. Increased update diagram and simulation
speed for large models. Model Workspaces, providing separate workspaces
for storing and managing parameters and variables for each model.
Enhanced bus support for defining interfaces, supporting operations
on bus signals, and specifying buses as structures for code generation
Simulink and Stateflow Integration
Unified Model Explorer to navigate, create, configure, and search
all signals, parameters, and properties of your model. Unified simulation
and code generation options. Support for creating and saving multiple
simulation and code generation configurations
Data Management and Visualization
New data objects for defining structure, bus, custom, and alias data
type objects. Option to log data and add test points without adding
blocks to the model. Signal & Scope Manager, to connect sources
and sinks to the model without adding blocks.
MATLAB Language Support
C code generation and deployment from embeddable MATLAB algorithms.
Enhanced functionality for creating M-file S-functions. |
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