
MATLAB and Simulink for Artificial Intelligence
MATLAB and Simulink enable engineers to design, simulate, and deploy AI algorithms, models, and AI-driven systems.
9The rise of the smart industry with cutting-edge industrial equipment and smart factories is causing a shift in the traditional manufacturing landscape. The machines used in modern production and the equipment used in modern material handling are now highly integrated mechatronic systems with a considerable amount of embedded software. Industrial Automation and Machinery engineers can choose from various techniques and methods to address the increasing complexity of modern production equipment and the demands for higher flexibility.
MathWorks®, COMSOL®, and Speedgoat products can help engineers build improved and optimized equipment for flexibility, dependability, and efficiency to reach the expected level of functionality and quality.
Stay up to date with the industry's latest trends and learn the best pactices to innovate and optimize your engineering designs.
MATLAB and Simulink enable engineers to design, simulate, and deploy AI algorithms, models, and AI-driven systems.
New method for achieving a lower Crest Factor (CF)
Reduce motor control development time by using simulation models to design and verify control algorithms and deploy those algorithms to hardware using automatic code generation
Image recognition is a computer vision technique that allows machines to extract, process, and classify information from images and videos.
10 proven ways to improve the power conversion control design process using system-level simulations in Simulink
Gain insight into the dynamic behavior of a battery pack, test operational cases, explore software architectures and perform hardware testing early in the design process
Design, simulate and implement digital control for motors, power converters, and battery systems with Power Electronics Control Design