DOE OSTI · 3419696
Tachyon: Intelligent Multi-Scale Modeling of Distributed Resilient Infrastructure and Workflows for Data Intensive HEP Analyses
Abstract
The DOE High Energy Physics (HEP) program in Neutrino and Collider science drives data-intensive science and simulation on extreme-scale platforms. Modeling and optimizing the complex distributed components from experimental to leadership computing facilities are essential for HEP workflows to achieve required response times and resilience under various conditions. Tachyon proposes a framework for scalable modeling, simulation, and validation of key performance characteristics for the distributed infrastructure between FNAL and ALCF, along with associated HEP workflows.
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Carothers, Chris [Rensselaer Poly.], Ross, Rob [Argonne], Brown, Kevin [Argonne], Norman, Andrew [Fermilab] (ORCID:000000018572956X), Lan, Zhiling [Illinois U., Chicago], Ma, Kwan-Liu [UC, Davis]. 2026-08-13. Tachyon: Intelligent Multi-Scale Modeling of Distributed Resilient Infrastructure and Workflows for Data Intensive HEP Analyses. https://doi.org/10.2172/3419696
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