28 docs tagged with "Cloud Services"

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

2i2c JupyterHub is a cloud-based JupyterHub environment specifically designed for hydrological researchers. It is powered by 2i2c JupyterHub, a cloud-based JupyterHub environment specifically 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!

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

AWS documentations

HydroShare and CIROH JupyterHub Integration

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

A guide to install NGIAB locally.

2i2c JupyterHub File System

2i2c JupyterHub Google Cloud Buckets

Community NextGen

Use the TEEHR toolkit to evaluate your model runs.

Visualize your model output with both spatial navigation and temporal graphing.

A Docker-based NGIAB distribution; suitable for both local and cloud-based workflows.

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

Currently, user servers on JupyterHub stop after about an hour of inactivity. While this helps save costs, it can be problematic for long-running jobs if there is no active interaction with the notebook.

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.

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

a tutorial guide to help debug python package conflicts

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

AWS tags for cost tracking