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SJR9 September 2026 · Published

Machine Learning-Based Runtime Prediction and Energy Optimization for HPC Job Scheduling Using the NREL Eagle Supercomputer Dataset

Renato Quispe-Vargas, Dina Maribel Yana-Yucra, Richar Andre Vilca-Solorzano, Vladimiro Ibañez-Quispe, Fred Torres-Cruz

ScopusInformatica · Slovenian Society Informatika
Machine Learning-Based Runtime Prediction and Energy Optimization for HPC Job Scheduling Using the NREL Eagle Supercomputer Dataset

Summary

7.3 million jobs from NREL's Eagle supercomputer: users need a median of only 6.7% of the time they request, and machine-learning-adjusted limits save 64.8% of energy, about 7.25 million kWh a year.

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