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Is there a UW-IT-managed supercomputer or commercial computing platforms managed through UW-IT?
The University of Washington (UW) is taking steps to improve its supercomputer and cyberinfrastructure, including sustained investments in networking and personnel. These include a burst hybrid cloud strategy to maximize resource availability and optimize costs. UW's supercomputer, Hyak, will use this dynamic burst approach to help researchers conduct data-intensive workflows in the cloud. In addition, UW is upgrading Hyak's internal network to 200 Gbps and supporting the development of a new cloud-based architecture for Hyak.
Hyak has been in use since its inception, but its GPU capacity has increased tenfold in the last three years. This growth in GPUs has led more researchers to adopt the platform for their research. With more GPUs, Hyak can support computation-heavy Big Data problems, such as machine learning. Additionally, the platform supports data science and traditional high-performance computing approaches.
A new supercomputing prototype has been developed by the UW Research Computing Club. It will be used to support a cross-campus initiative for computational science education. It will also serve as the computing power for the Salish Sea Modeling Center, which is launched in June of 2020. All faculty and students on the UW campus will be able to access the prototype.
UW's supercomputer is being updated for faster speeds and GPU capability. New features include a more performant inter-networking architecture, a CPU cluster, and an upgraded hardware infrastructure. This will ensure better performance with existing standard hardware.
UW-IT's next steps are to strengthen outdoor Wi-Fi connectivity on the Seattle campus, increase cellular coverage inside buildings, and improve coverage at key gathering areas. A secure device registration and authorization solution will protect the wired network and enhance wireless coverage. As a result, UW will be able to provide a variety of services to campus communities, including a new Learning Records Store. By storing data in this new system, researchers can access reports and dashboards from Canvas.
UW's supercomputer will also be updated to support a dynamic burst hybrid cloud strategy to optimize resource availability and energy efficiency. This will allow short-term expansion of the computing capacity. At the same time, the supercomputer will be able to retain its workflows. Similarly, the research network on campus will be upgraded to support researchers' systems.
In addition, UW will partner with cellular service providers to ensure uninterrupted service on campus. This will enable a wide array of research-focused initiatives. For example, researchers can collaborate on Big Data projects by using the platform's data-enabled research tools. Researchers can also use research funds to add additional capacity.
UW has developed an interdisciplinary graduate minor in scientific computing. The program enables students to develop a deeper understanding of computer science through hands-on experiences with research tools. Students can also take courses in visualization, visualization programming, and parallel computing.
Through its work with the Alliance for Access to Computing Careers, UW is helping students with disabilities pursue degrees in the field of computing. This project is also working to increase the diversity of students in these fields, primarily by enhancing the capacity of key institutions to include these students in computing programs.