Blog: Tag Archives: CENIC AIR
California at the Vanguard of AI-Enabled Education for All with CENIC AIR
Categories AI/Machine Learning CCCs CSU University of California Independent Universities RENS & NRENS
At CENIC's recent biennial conference, San Diego Supercomputer Center Director Frank Wuerthwein discussed the revolutionary new model of education made possible by AI, data, and compute resources like those enabled by the CENIC AI Resource.
AI-Enabled Fiber-Optic Geodesy: CENIC Networking and Services Enable Cutting-Edge Seismology
Tags CENIC AIR earthquake
Using Caltech's Zhan Group of Observational Seismology as an example, you can learn how CENIC members and CENIC AIR participants have much of what they need to carry out cutting-edge AI-enabled vulcanology and seismology.
CENIC and San Diego Supercomputer Center Create Sustainable Agriculture for California’s Future
Tags agriculture CENIC AIR
CENIC’s networking and services, including CENIC AIR, can be a vital part of preparing new generations of farmers that will apply the latest technology to agriculture by turning the farm into an educational setting and improving the efficiency of farming as a career.
Advancing AI for California’s Community Colleges through Collaboration Across the CENIC Membership
Tags CENIC AIR
It’s been eight months since the San Diego Community College District connected to CENIC AIR—and CENIC membership was essential at every step of the way.
How CENIC AIR Enables Secure AI and Machine Learning Innovation
Tags CENIC AIR
How CENIC AIR Enables Secure AI and Machine Learning Innovation
CENIC AIR and Your Campus: From Concept to Connection
Tags CENIC AIR
Learn more about how to get started thinking about how your campus can connect to and use the CENIC AI Resource.
San Diego State University’s VERNE: Applying the CENIC AI Resource to Multi-disciplinary Instruction
Categories AI/Machine Learning CSU The CENIC Community
Tags CENIC AIR
SDSU has created a computing cluster for instruction operating over CENIC AIR called the VERNE, offering advanced graphical processing units (GPUs) and storage made available via JupyterHub, an easy-to-use web-based environment for accessing these resources.