Blugold Center for High Performance Computing

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Blugold Center for High Performance Computing

Students and faculty at the ��Vloge can engage in high-performance, data-driven research thanks to a public-private collaboration with Hewlett Packard Enterprise (HPE). The only collaboration of its kind in the Midwest, this relationship dramatically increases the university’s supercomputing processing power.

Intro

Students and faculty at the ��Vloge can engage in high-performance, data-driven research thanks to a public-private collaboration with Hewlett Packard Enterprise (HPE). The only collaboration of its kind in the Midwest, this relationship dramatically increases the university’s supercomputing processing power.

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Research and HPC

Currently supporting over 20 research projects across seven different departments at UW-Eau Claire, our supercomputing cluster has been able to successfully save our researchers time and effort while making discoveries earlier than previously possible.

male student at a computer in CJ classroom

Supercomputing in the Classroom

Over 1,000 students use our computing resources in class annually. Whether it was direct integration into their daily coursework, used during a final exam, or a presentation on how high-performance computing is used in their field, this technology has only enhanced the learning experience of our students.

Dr. Bhattacharyay and Dr. King working on the supercomputer.

Computing Hardware at ��Vlog

Available for free to our campus community for any research or classroom computing needs, we have two supercomputing clusters available. Our flagship cluster, BOSE, has 59 nodes with a total of 3,776 CPU cores, while our smaller cluster, BGSC, has 27 nodes with a total of 460 cores.

Supercomputing and the Health Sciences

Since high-resolution images and data-driven research are vital in making medical advancements, the HPE supercomputing cluster creates an opportunity for UW-Eau Claire faculty and students to collaborate in a meaningful way with Mayo Clinic Health System physicians.

Not only do these powerful supercomputing systems offer insights through artificial intelligence and analyzing large subsets of data, but they do so at the speed necessary to drive timely improvements in patient care. High-resolution images, labs, pathology and patient records are just a few opportunities where ��Vlog students and faculty can leverage this technology to further collaborate with Mayo Clinic Health System researchers. Together, both institutions are advancing biomedical technology and data to improve patient outcomes.

Medical science has become increasingly data-driven. You need a lot of data to make an informed decision, a diagnosis or treatment. This cluster will be the perfect tool to collect those data, analyze those data and then benefit medical science.

Learning in Action