Welcome to the MGHPCC Virtual Booth

University of Massachusetts

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UMass Team

The UMass team supports researchers across the whole UMass system. View our featured projects from UMass Amherst and Umass Dartmouth.

UMass Team

The UMass team supports researchers across the whole UMass system. View our featured projects from UMass Amherst and Umass Dartmouth.

University of Massachusetts Team

The UMass team supports researchers across the whole UMass system. View our featured projects from UMass Amherst and Umass Dartmouth.

U2GRC

Adaptive Deep Learning Systems Towards Edge Intelligence

Hui Guan’s research enhances speed, scalability, and reliability of machine learning through innovations in algorithms and systems. Her research draws insights from applications, algorithms, and high-performance computing techniques to reduce the costs of model development and enable deep learning in resource-constrained and distributed edge environments.

Adaptive Deep Learning Systems Towards Edge Intelligence

Hui Guan’s research enhances speed, scalability, and reliability of machine learning through innovations in algorithms and systems. Her research draws insights from applications, algorithms, and high-performance computing techniques to reduce the costs of model development and enable deep learning in resource-constrained and distributed edge environments.

Adaptive Deep Learning Systems Towards Edge Intelligence

Hui Guan’s research enhances speed, scalability, and reliability of machine learning through innovations in algorithms and systems. Her research draws insights from applications, algorithms, and high-performance computing techniques to reduce the costs of model development and enable deep learning in resource-constrained and distributed edge environments.

Cyber

New Insights on Binary Black Holes

URI researchers make extensive use of the UNITY Cluster housed at MGHPCC in their work relating to the coalescence of binary black hole systems using perturbation theory and estimation of the properties of the emitted gravitational radiation.

New Insights on Binary Black Holes

URI researchers make extensive use of the UNITY Cluster housed at MGHPCC in their work relating to the coalescence of binary black hole systems using perturbation theory and estimation of the properties of the emitted gravitational radiation.

New Insights on Binary Black Holes

URI researchers make extensive use of the UNITY Cluster housed at MGHPCC in their work relating to the coalescence of binary black hole systems using perturbation theory and estimation of the properties of the emitted gravitational radiation.

Remote Sensing of Earth Systems

Developing Advanced Materials for a Sustainable Energy Future

UMass Lowell researcher Fanglin Che and her group use computers at the MGHPCC in their work centered around AI-guided multi-scale and multi-physics simulations of catalysis and material science.

Developing Advanced Materials for a Sustainable Energy Future

UMass Lowell researcher Fanglin Che and her group use computers at the MGHPCC in their work centered around AI-guided multi-scale and multi-physics simulations of catalysis and material science.

Developing Advanced Materials for a Sustainable Energy Future

UMass Lowell researcher Fanglin Che and her group use computers at the MGHPCC in their work centered around AI-guided multi-scale and multi-physics simulations of catalysis and material science.

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UNIVERSITY OF MassACHUSETTS

PRINCIPAL MEMBERS

See MGHPCC projects
See Boston University projects
See Harvard projects
See Massachusetts Institute of Technology projects
See Northeastern projects
See University of Massachusetts Projects
Yale
See Yale Projects
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