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Mathematics. Graphics. Programming.

Whether you are analyzing data, developing algorithms, or creating models.

MATLAB^® is designed for the way you think and the way you work.

• Millions of engineers and scientists rely on MATLAB^®
• MATLAB^® combines a desktop environment for iterative analysis and design processes with a programming language that expresses math and matrix directly.
• MATLAB^® toolboxes are professionally developed, rigorously tested and fully documented.
• MATLAB^® applications allow you to see how different algorithms work with your data. It has the ability to get the desired results and automatically generate a function in MATLAB^® to execute or automate your work.
• Scale your code to run on multiple-core processors, clusters and GPUs with only minor code changes. No need to rewrite your code or learn a great programming and technical data out of memory.
• MATLAB^® codes are ready for production, so you can go directly to your enterprise systems and integrate with data sources and business visualizations.
• Run on Embedded Devices automatically convert MATLAB^® algorithms in C / C ++, HDL and CUDA to run on embedded devices.
• MATLAB^® works with Simulink^® to support Model-Based Design metodology which is used for multidomain simulation, automatic code generation and testing and verification of embedded systems.

Simulation and Model-Based Design.

Create and simulate your system in Simulink^® before going to your hardware. Explore and implement projects that you do not even consider – without having to write code in C, C ++ or HDL.

MODEL-BASED DESIGN: CONCEPT TO CODE
Model and Simulate Your Entire System

• Model and Simulate Your System
• Explore a wide design space, modeling the system under test and the physical plant. Your entire team can use a multi-domain environment to simulate how all the parts of the system behave.

Test Early and Often

• Test before and often
• Reduce expensive prototype, testing your system under conditions which, in some way, are very risky or time-consuming to consider. Validate its development with hardware-in-loop testing and rapid prototyping. Keep checking code development requirements.

Automatically Generate Code

• Automatically generate code
• Instead of writing thousands of lines of code by hand, automatically generate code in C and HDL production quality to behave the same way as the template you created in Simulink. Then deploy them directly into your MCU, DSP or FPGA.