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Code and dataset of paper "Counter Data Paucity through Adversarial Invariance Encoding: A Case Study on Modeling Battery Thermal Runaway"

Sphinx-based documentation for ExaDigiT project.

REST API interface and server for RAPS simulations.

AutoCSM-based approach for modeling cooling systems for POWER9 systems, e.g., Summit, Marconi100, Lassen.

ExaDigiT/RAPS is a simulator for replaying or modeling workloads on supercomputers and predicting the resulting power consumption.

ExaDigiT/exadigitUE5 is an UnrealEngine5 based Augmented Reality Visual Analytics tool for modeling and visualizing supercomputers as a digital twin; it includes real-time interaction with telemetry and simulations, which are part of the larger ExaDigiT project.

ExaDigiT/exadigitUE5 is an UnrealEngine5 based Augmented Reality Visual Analytics tool for modeling and visualizing supercomputers as a digital twin; it includes real-time interaction with telemetry and simulations, which are part of the larger ExaDigiT project.

ExaDigiT/AutoCSM is a template system-of-systems modeling approach for automating the development, deployment, and integration of cooling system models (CSMs) for supercomputing facilities within the ExaDigiT framework. AutoCSM is a Python-based framework to assist in CSM developers in accelerating the creation and deployment of system-level thermal-hydraulic CSMs. The intention is for this tool specifically to help standardize digital twin workflows for ExaDigiT. However, this tool can be used independent of ExaDigiT (and even other systems besides CSMs).

ExaDigiT/datacenterCoolingModel is a Modelica-based thermo-fluid cooling model based on Frontier's cooling system built in the commercial IDE Dymola using open-source libraries, which can predict the cooling system performance and its power consumption.