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Introducing Surrogate Models for Enhanced Simulation Efficiency

Discover COMSOL Multiphysics' new surrogate models in version 6.2, designed to accelerate your simulations and enhance the interactive experience. Learn how these simplified models can optimize your workflow and improve computational efficiency.

  • Surrogate can deliver highly accurate results of complex multiphysics models, like this MRI Bird Cage Coil, in seconds. By simplifying complex simulations, these models enhance computational efficiency, enabling rapid and precise evaluations.
    Surrogate can deliver highly accurate results of complex multiphysics models, like this MRI Bird Cage Coil, in seconds. By simplifying complex simulations, these models enhance computational efficiency, enabling rapid and precise evaluations.

COMSOL Multiphysics® version 6.2 introduces surrogate models that significantly enhance simulation efficiency. These models simplify complex simulations, allowing for faster evaluations and an interactive user experience. Surrogate models are particularly useful for extensive parameter studies, optimization tasks, and real-time feedback, reducing computational load while maintaining accuracy. They utilize advanced techniques like Deep Neural Networks (DNN) and Gaussian Processes (GP) to predict system behavior accurately.

By integrating surrogate models, engineers can streamline their design processes, achieve quicker insights, and enhance product development cycles. Explore how surrogate models can benefit your applications, from LVADs to drug safety, by visiting the COMSOL Multiphysics® 6.2 Release Highlights page. 

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