Technical Computing with MATLAB

With today's powerful computers and advanced computational methods, engineers and scientists are taking on the great challenges of our time-- renewable energy, new medicines and health care technology, clean air and water, smart transportation systems, and weather and climate forecasting. For decades, MATLAB has been the computational engine for discovery and innovation.

MATLAB is a high-level language for easy expression of engineering and scientific ideas, a language taught at universities around the world to train the next generation of engineers. MATLAB has a vast algorithm library, based on a strong foundation of mathematics, that embodies the latest techniques in linear algebra, signal and image processing, communications, control systems, and many other domains.

Today, millions of engineers and scientists use MATLAB as a common language for sharing ideas and collaborating across disciplines. They use it to model energy consumption to build smart power grids, analyze weather data to visualize the track and intensity of a hurricane, develop algorithms to optimize hybrid vehicles, and run millions of simulations to pinpoint optimal dosing for antibiotics.

With MATLAB, engineers and scientists accomplish in minutes or hours what would take days, weeks, or months with conventional programming languages. They speed up their work running MATLAB on multi-core processors, GPUs, and clusters. They automatically generate C code from MATLAB algorithms, and they deploy MATLAB components into production environments. MATLAB is the language of technical computing.

What can you do with MATLAB?