NVIDIA Broadcasts Digital Twin Platform for Scientific Computing

NVIDIA Modulus With Physics-Knowledgeable AI Mixed With Omniverse Deliver Million-X Scale Advances to Modeling Bodily Phenomena for NVIDIA’s Earth-2 and Siemens Gamesa’s Wind Farms

GTC—NVIDIA immediately introduced a platform for scientific digital twins that accelerates physics machine-learning fashions to unravel million-x scale science and engineering issues 1000’s of occasions quicker than beforehand doable.

The accelerated digital twins platform for scientific computing consists of the NVIDIA Modulus AI framework for creating physics-ML neural community fashions, and the NVIDIA Omniverse™ 3D digital world simulation platform.

The platform can create interactive AI simulations in actual time which can be physics-informed to precisely replicate the actual world, accelerating simulations equivalent to computational fluid dynamics as much as 10,000x quicker than conventional strategies for engineering simulation and design optimization workflows. It permits researchers to mannequin advanced programs, equivalent to excessive climate occasions, with larger pace and accuracy when in comparison with earlier AI fashions.

The corporate confirmed two instance purposes of the know-how. The NVIDIA FourCastNet physics-ML mannequin emulates world climate patterns and predicts excessive climate occasions, equivalent to hurricanes, with better confidence and as much as 45,000x quicker than conventional numerical prediction fashions. As well as, Siemens Gamesa Renewable Vitality is utilizing AI to optimize wind turbine design.

“Accelerated computing with AI at information middle scale has the potential to ship millionfold will increase in efficiency to sort out challenges, equivalent to mitigating local weather change, discovering medicine and discovering new sources of renewable power,” stated Ian Buck, vp of Accelerated Computing at NVIDIA. “NVIDIA’s AI-enabled framework for scientific digital twins equips researchers to pursue options to those large issues.”

NVIDIA Modulus and Omniverse

NVIDIA Modulus takes each information and the governing physics into consideration to coach a neural community that creates an AI surrogate mannequin for digital twins. The surrogate can then infer new system conduct in actual time, enabling dynamic and iterative workflows. Integration with Omniverse brings visualization and real-time interactive exploration.

The newest launch of Modulus permits data-driven coaching utilizing the Fourier neural operator, a framework enabling AI to unravel associated partial differential equations concurrently. It additionally integrates ML fashions with climate and local weather information, such because the ERA5 dataset from the European Centre for Medium-Vary Climate Forecasts.

Complementing Modulus, NVIDIA Omniverse is a real-time digital world simulation and 3D design collaboration platform. It permits the real-time visualization and interactive exploration of digital twins utilizing the output surrogate mannequin from Modulus.

NVIDIA FourCastNet

Fourier neural operators and transformers allow the NVIDIA FourCastNet physics-ML mannequin, educated on 10TB of Earth system information. As a step towards Earth-2 – the system introduced by NVIDIA CEO Jensen Huang to create a digital twin of Earth in Omniverse – FourCastNet emulates and predicts the conduct and dangers of maximum climate occasions equivalent to hurricanes and atmospheric rivers with better confidence and as much as 45,000x quicker.

“Digital twins permit researchers and decision-makers to work together with information and quickly discover what-if situations, that are almost unattainable with conventional modeling strategies as a result of they’re costly and time consuming,” stated Karthik Kashinath, senior developer know-how scientist and engineer at NVIDIA. “Central to Earth-2, NVIDIA’s FourCastNet permits the event of Earth’s digital twin by emulating the physics and dynamics of worldwide climate quicker and extra precisely.”

Siemens Gamesa Renewable Vitality

The digital twins platform can also be turbocharging simulation analysis for the format of wind farms geared up with Siemens Gamesa Renewable Vitality wind generators, making it doable for the primary time to make use of AI to precisely mannequin the results of turbine placement on their efficiency in all kinds of climate situations. That is anticipated to result in optimized wind park layouts able to producing as much as 20 p.c extra energy than earlier designs.

“The collaboration between Siemens Gamesa and NVIDIA has meant an incredible step ahead in accelerating each the computational pace and the deployment pace of our newest algorithms improvement in such a posh discipline as computational fluid dynamics, and set the foundations for a powerful partnership sooner or later,” stated Sergio Dominguez, onshore digital portfolio supervisor at Siemens Gamesa.

To study extra about NVIDIA’s digital twins platform for scientific computing, watch the GTC 2022 keynote from Jensen Huang. Register for GTC totally free to attend periods with NVIDIA and trade leaders.

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