Programming language for engineering and mathematical calculations. An extensive library of functions makes it easier (in particular a graphical representation of data)
MATLAB - a high-level language for technical computing, interactive environment for algorithm development, and modern tools of data analysis. MATLAB compared to traditional programming languages (C / C + +, Java, Pascal, FORTRAN) allows an order to reduce the time solution of typical problems and simplifies the development of new algorithms. MATLAB is the foundation of the entire family of products and MathWorks is the main tool for solving a wide range of scientific and applied problems in areas such as: modeling facilities and development of management systems, design of communication systems, signal and image processing, measurement signals and testing, financial modeling, computational biology, etc.
MATLAB allows the kernel as easy to work with real matrices, complex and analysis of data types. Contains a built-in linear algebra (LAPACK, BLAS), fast Fourier transform (FFTW), functions for working with polynomials, functions, basic statistics and numerical solution of differential equations. All built-in core MATLAB developed and optimized by experts and work faster or the same as their equivalent in C / C + +
Key Features
• Platform-independent, high-level programming language oriented to matrix computations and the development of algorithms
• Interactive environment for code development, managing files and data
• More linear algebra, statistics, Fourier analysis, the solution of differential equations, etc.
• Rich visualization, 2-D and 3-D graphics
• Built-in user interface design to create complete applications in MATLAB
• Tools integration with C / C + +, inheritance of code, ActiveX technology
• Access to the functions. NET 2.0, 3.0, 3.5
Hovye possibility of developing a communication system in MATLAB
Auto-tuning PID-controller.
Hardware support for standard GigE Vision.
Improved support for Simulink and Stateflow to create models of multiple use.
In the release, 2010b added a new tool SimRF, allowing to simulate high-frequency processes at the system level. Also release introduces Update in 84 product MathWorks, including a family of products for verification of the code Polyspace.
Pack of progressive programming MATLAB include their own types of enumeration data, the 64-bit integer arithmetic and a set of enhancements for design environments.
Other distinctive features of Release MATLAB 2010b:
Parallel Computing Toolbox: support for CUDA technology NVIDIA graphics processors for faster computation.
Control System Toolbox: New commands and graphical tools for modeling and automatic tuning PID-controllers.
Image Acquisition Toolbox: Connection Plug-and-play cameras with standard GigE Vision.
Communications Blockset: new facilities for the development of communication systems in MATLAB.
Fixed-Income Toolbox: new functions of pricing and evaluation of mortgage collateral and credit-default swaps.
In the release, R2010b introduced to improve the subsystems and support for new types of signals in Simulink, allowing to reduce the number of blocks, the simulation time and memory usage for simulation of large models. New features take into account different options and settings in Simulink, and Stateflow charts enable the various groups of developers to explore different approaches to problem solving, and reusable models of large complex systems.
In addition, release 2010b include such features of the product family Simulink, such as:
Simulink HDL Coder:
The new tool tips for the development of user-programmable gate arrays (FPGA / FPGA) for analysis by the critical path and automatic implementation on FPGA Xilinx and Altera.
Optimization, including the sharing of resources, the distribution of streams and pipelining.
Support for 42 blocks from the Communications Blockset and the Signal Processing Blockset.
Support for standard DO-254.
Simulink Verification and Validation: generation of diagnostic programs, data logging, API test for the analysis of sub-models and automatic testing of components during the simulation and verification code.
SimRF: A new high-technology simulation systems, built-in Simscape.
Polyspace Server for C / C + + and Polyspace Server for Ada: web-interface to display metric products.
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