Sai Harsha Vemula
University of Alabama - Tuscaloosa
| Subject Areas: | Hydrology |
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ABSTRACT:
CIROH's R2OHC platform combines AWS/GCP cloud credits, 2i2c JupyterHub, and on-premises HPC to support 28 consortium institutions in advanced hydrological modeling. Key innovations include containerized workflows, Infrastructure as Code, and pre-configured environments—reducing setup from weeks to 30 minutes. Presented at AGU 2025 (Paper H41Q-1425).
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Created: Jan. 2, 2026, 7:23 p.m.
Authors: Arpita Patel · James Halgren · Benjamin Lee · Manjila Singh · Nia Minor · Harsha Vemula · Jeffrey C. Carver · Purushotham Bangalore · Steven Burian
ABSTRACT:
CIROH's R2OHC platform combines AWS/GCP cloud credits, 2i2c JupyterHub, and on-premises HPC to support 28 consortium institutions in advanced hydrological modeling. Key innovations include containerized workflows, Infrastructure as Code, and pre-configured environments—reducing setup from weeks to 30 minutes. Presented at AGU 2025 (Paper H41Q-1425).