AI supercomputer to “accelerate research” at Case Western Reserve University
Newswise – CLEVELAND – Over 250 researchers in nearly two dozen research groups – from computer science to materials science to robotics will benefit from the faster and greater computing power of a new “supercomputer to artificial intelligence ”(AISC) at Case Western Reserve University.
The nearly $ 1 million computer system, slated to be installed and used by summer 2022, is the university’s largest and “far more powerful than anything university researchers had access to before. Said Vipin Chaudhary, Professor Kevin J. Kranzusch and Chairman of the Department of Computing and Data Sciences at Case Western Reserve.
This new supercomputer power will eventually be housed in at least five refrigerator-sized computers in the university’s data center. It is expected to speed up machine learning and artificial intelligence (AI) tasks by at least 10 times compared to existing campus systems, Chaudhary said.
The result: more users will be able to manipulate larger and larger datasets, and do so simultaneously and much faster.
Chaudhary led efforts to secure external funding for AISC, including significant support from the National Science Foundation (NSF) and assistance from the Ohio Department of Higher Education Action Fund. The university also contributed to the project.
The new system includes the latest and fastest graphics processing units, higher bandwidth memory, high speed connections and a key component known as “non-volatile memory-based storage (NVMe)” “.
NVMe connects the processor to the computer’s “persistent memory” which is both faster and more scalable than existing methods, Chaudhary said. Persistent memory means that data can continue to be viewed quickly even after the process that last created or modified the data has terminated.
Former student Kranzusch, whose $ 5 million pledge in 2019 catalyzed the creation of the department, applauded the news.
“? (Graphics processor). “I am certain that the collaboration and thoroughness for which CWRU is known will only be enhanced with the addition of this important asset.”
Boost existing research
As part of his NSF proposal, Chaudhary interviewed dozens of professors, postdoctoral researchers, doctoral students, and graduate and undergraduate students at Case Western Reserve. He asked about their computer research needs and their wishes for further study.
These researchers said they needed more computing power for topics ranging from photovoltaic research to financial fraud protection and cybersecurity. Others would use improved computing power to perform simulations of the universe, uniquely map the brain, and improve disease analysis and prediction.
“To solve big problems and create solutions that have impact, you have to have the infrastructure to do the job,” Chaudhary said. “I think this will stimulate a lot of ongoing research and allow for a lot of new work. “
The first people to gain access to the new computer will be the 250 users it included in the original NSF grant proposal. That said, any faculty member at the university will also be able to request access through an online form that requests a description of the proposed research and expected usage requirements.
This new acquisition will “give researchers the power to explore further and faster than ever before, and will prove to be a catalyst for advancing breakthroughs in disciplines across the university,” said Venkataramanan “Ragu” Balakrishnan, the Dean Charles H. Phipps of the Case School of Engineering. “From advancing cancer detection to analyzing the deterioration of nuclear materials, artificial intelligence and high performance computing are at the heart of our most innovative initiatives. “
Focus on advanced computing power
Chaudhary arrived at Case Western Reserve in 2020 as the inaugural chair of the new department. This fall, Kranzusch doubled its commitment to the ministry with a second donation of $ 5 million.
Previously, Chaudhary served as Program Director for the Computing and Information Science and Engineering Branch of the NSF in the Office of Advanced Cyber Infrastructure.
He said one of his main goals was to bring advanced computing power to the School of Engineering and to the entire CWRU campus.
Chaudhary is also a leader of a new $ 20 million artificial intelligence institute at Ohio State University (OSU) as part of a large federal initiative to bring the power of AI to more Americans.
Case Western Reserve has partnered with OSU, Indiana University and a dozen other universities to work on building the next generation of cyber infrastructure needed to bring AI to more people, in this case farmers and wildlife managers, in particular.
The institute is part of a larger $ 220 million NSF initiative announced in August that funds 11 institutes nationwide.
Case Western Reserve University is one of the country’s leading private research institutions. Located in Cleveland, we offer a unique combination of cutting-edge educational opportunities in an inspiring cultural setting. Our cutting-edge faculty engage in teaching and research in a collaborative and hands-on environment. Our nationally recognized programs include the arts and sciences, dentistry, engineering, law, management, medicine, nursing and social work. Approximately 5,800 undergraduates and 6,300 graduate students make up our student body. Visit case.edu to see how Case Western Reserve thinks beyond the possible.