Presentation

DescriptionThe AI-Solver is a deep learning platform that learns from simulation data to extract general behavior based on physical parameters. The AI-Solver can handle a wide variety of classes of problems including those commonly identified in FEA, CFD and CEM, to name a few, with speedups of up to 250,000X and extremely low error rate of 2-3%. In this work, we build on this recent effort. We first integrate uncertainty quantification, via exploiting the approximation of Bayesian Deep Learning. Second, we develop bespoke error estimation mechanisms capable of processing this uncertainty to provide instant feedback on the confidence in predictions without relying on the availability of ground truth data. To our knowledge, the ability to estimate the discrepancy in predictions without labels is a first in the field of AI for Engineering.