Now in its 15th year, the CENIC internship program has given more than 100 students hands-on training and real experience in advanced networking, developed in partnership with Cypress College’s Professor Ben Izadi, who was instrumental in its success.
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.
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.
The use of technology in agriculture to increase yield and decrease resources is the focus of an innovative project fueled by CENIC and its collaborative partners: a novel model of precision agriculture in the vineyards.
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.
The San Diego Promise Zone: Connecting Potential with Promise When parts of San Diego became one of the twenty-two federally designated Promise Zones in the U.S., the community came together in creative ways to improve the quality of life for all Zone residents. The focus of the initiative is to increase access to everything from affordable housing to jobs, safe environments, educational opportunities, healthcare, and economic activity.
The Pacific Research Platform (PRP) was originally conceived in 2014 by member institutions of CENIC, the Corporation for Education Network Initiatives in California, as a way to support data-intensive research projects. The challenge was to connect multiple researchers located in multiple locations who require rapid access to dispersed datasets. It has become a significant force in developing an entirely new model of cyber-infrastructure ecology.
Supported by CENIC's 400-gigabit research network, the Pacific Research Platform has not only enabled researchers at UC San Diego and their partners at the University of Haifa in Israel to go ahead with their archeological dig despite the COVID-19 pandemic but also drastically accelerated data analysis times.
Even as campuses, schools, libraries, and cultural institutions have closed amid stay-at-home orders, CENIC’s networks have remained a vital part of the Internet ecosystem for online learning and community engagement, remote access to research data and specialized computing facilities, academic medicine and clinical care, and work-from-home operations.
Neuroscience researchers at the University of California Santa Cruz, University of California San Francisco, and Washington University in St. Louis use the cloud-scale Pacific Research Platform and National Research Platform to share and compute massive open-source datasets, accelerating experiment times from weeks to mere hours.