The Pervasive Technology Institute (PTI) at Indiana University has selected proposals for the second phase of the Humans Advancing Research in the Cloud (HARC) program.
PTI will invest nearly $180K in the work of Cloud Research Support Engineers (CRSEs) at four U.S. institutions: Georgia State University, University of Notre Dame, University of Pittsburgh, and Arizona State University.
The HARC project, with initial funding from the Microsoft Corporation, is an independent effort by PTI to advance the use of cloud-based cyberinfrastructure (CI) for research by emphasizing the important role that people play in supporting that use.
“We are excited to add four new partners to our efforts,” said Craig A. Stewart, PTI executive director and executive investigator on the HARC project. “These individuals, working closely with Indiana University, will also expand the resources HARC offers to support the broader community of individuals in these critical roles across the U.S. and globally.”
The successful proposals are:
Georgia State University—Cloud computing for research on secure privacy-preserving machine learning. This project contributes to HARC’s goal of fully achieving meaningful results from use of commercial vendor cloud-based cyberinfrastructure to demonstrate the value of these environments in research. Principal investigator: Daniel Takabi, founding director of the INSPIRE Center at GSU
University of Notre Dame—Accelerating machine learning across many research areas using a hybrid cloud approach. This project will use cloud-based computational acceleration resources to target two specific use cases: (1) providing researchers with access to a broader variety of heterogeneous accelerator architectures and (2) providing on-demand, short-term burst access for student teaching and learning objectives, such as machine learning coursework and workshops. Principal investigator: Scott Hampton, assistant director, Center for Research Computing at Notre Dame
University of Pittsburgh—Leveraging existing humanware for research in the cloud through judicious bursting. This project will demonstrate the value of cloud offerings to augment even the most substantial premise-based cyberinfrastructure resources by supporting expanded capabilities and capacity available to researchers. Principal investigator: Kim Wong, research associate professor, Center for Researach Computing, University of Pittsburgh
Arizona State University—Computational materials design in the cloud. This project will explore computationally assisted materials design with direct applications in environmental stewardship. Specifically, the proposed work aims to advance applied research in the development of plastic materials to increase their useful lifespan and simplify recycling efforts by eliminating the need to pre-sort plastics. Principal investigator: Douglas Jennewein, senior director of research technology at ASU
The four project participants will help advance the overall goals of HARC in several ways:
- Contributions to the academic record through publications of their results related to the important role people play in supporting cloud CI during the course of their research.
- A workshop to be presented at the now-virtual PEARC20 Conference later in the summer, which is co-sponsored by the National Institutes of Health Science and Technology Research Infrastructure for Discovery, Experimentation, and Sustainability.
- Further development of an online GitHub repository, featuring a collection of papers, presentations, documentation of experiences and best practices, and of particular value, pre-built tools for a wide variety of commercial and community clouds used by researchers.