43 docs tagged with "Services"

Accessing compute notes in Pantarhei

Access of On-Premises Cluster Pantarhei

Access of On-Premises Cluster Wukong

Accessing and Using Anvil

As the main account administrator for CIROH subaccount, here are some best practices to follow within your subaccount:

AWS Data Science Tools

AWS Research Cloud

CIROH AWS Office Hours

Computing infrastructure access for consortium members and partners

Google Research Cloud

CIROH-2i2c JupyterHub is a cloud-based JupyterHub environment specifically designed for hydrological researchers. It is powered by 2i2c JupyterHub, a cloud-based JupyterHub environment deployed on Google Cloud

Want to keep up with the latest updates in the cloud? If so, consider checking out the block pages for CIROH's cloud services partners.

cuahsi jupyterhub

Need help with NGIAB or CIROH Cyberinfrastructure. Join us for office hours!

AWS documentations

{/ TODO/FIXME: Randomly pulling CSS files from the homepage is pretty wonky, and the cta-# files are of unknown provenance. Can all of this be moved to Infima styling? /}

A web-based hydrologic information system for data and model sharing.

Easily launch and execute notebooks from HydroShare.

CIROH provides access to public cloud services, HPC, and on-premises infrastructure to support the research projects of CIROH's members and partners.

Accessing and Using JetStream2

Learn to navigate the 2i2c JupyterHub file system.

Take advantage of Google Cloud Bucket storage.

A dedicated image on CIROH-2i2c JupyterHub for running NextGen In A Box.

ACCESS is an advanced computing and data resource program supported by the U.S. National Science Foundation (NSF). Please refer to https://allocations.access-ci.org/ for more information on how to get access to NSF ACCESS resources.

Accessing and Using JetStream2

Obtain an account on Pantarhei

Obtain an account on Wukong

What is On-Premises services?

Pantarhei HPC Cluster

Maintain your Conda environments between sessions.

Keep your server active to sustain long-running tasks.

In tandem with the power of the public cloud, our team of researchers, hydrologists, and engineers at CIROH is committed to advancing our understanding of hydrologic processes, improving operational hydrologic forecasting techniques and workflows, collaborating on community water modeling, converting forecasts into practical solutions, and utilizing water predictions to help guide decision-making processes.

Push to your GitHub repositories from the cloud.

An end-to-end hydrologic modeling workflow using the NextGen framework in Python from a Jupyter environment.

Debug version conflicts between your Python packages.

Request JupyterHub server images tailored to your needs.

Proficient users acquainted with the Linux command line interface have the option to utilize standard job submission utilities for the purpose of managing and executing tasks on the computational nodes within the Pantarhei system.

Explore CIROH's available image configurations.

System Architecture of Pantarhei

System Architecture of Wukong

AWS tags for cost tracking

A dedicated image on CIROH-2i2c JupyterHub for running NextGen In A Box.

Wukong HPC Cluster