The best of both worlds: Supercharging simulations with AI using SmartSim
Pawsey, in collaboration with Intersect 3AI Platform and Australian Research Data Commons (ARDC) ML4AU, is delivering weekly events throughout the CSIRO AI month.
Join our AI Month session featuring international expert Alessandro Rigazzi, ML & AI Engineer at Hewlett Packard Enterprise on the cutting-edge fusion of numerical simulations and AI with SmartSim—an innovative open-source project by HPE. Explore how this computational paradigm shift is transforming scientific research across diverse fields. Don’t miss the chance to hear from real-world examples where SmartSim has elevated simulation capabilities. Secure your spot now and stay ahead in the era of AI-driven simulations, register now.
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About the presenter
Alessandro Rigazzi is an ML & AI Engineer at Hewlett Packard Enterprise. He holds a PhD in Computational Science, and has been working at the intersection of AI and HPC since 2016. He is currently one of the lead developers of SmartSim, an open-source project developed at HPC to facilitate scientists who aim at developing computational workflows mixing standard numerical algorithms and modern AI and data-driven techniques at scale.
About the presentation
Numerical simulations, known as the third pillar of the scientific method, play a pivotal role across various fields, from fluid dynamics and molecular modelling to weather forecasting and Earth sciences. Recent advancements have led to a novel computational paradigm that integrates numerical algorithms with data-driven models. This approach not only enhances accuracy but also enriches the insights gained by researchers. SmartSim, an open-source project maintained by HPE, stands at the forefront of this evolution. It enables scientists to incorporate AI capabilities directly into their simulations, thus overcoming the limitations of traditional methods and achieving previously unattainable computational feats. This talk will showcase examples where SmartSim has been instrumental in pushing the boundaries of scientific simulation.