NCSA’s eDream Institute awarded Illinois students and faculty for innovative multidisciplinary research projects in 2021. Fellows were honored in a virtual awards ceremony.
Tag: Modeling and Simulation
NCSA Blue Waters and Advanced Visualization Lab Co-Produces Award-Winning Documentary “Atlas of a Changing Earth”
Using collaboration, satellite imagery, supercomputers, and advanced visualization, ACE sheds light on the effects of rising global temperatures to help guide and inform possible solutions.
NCSA’s Blue Waters Supercomputer Helps Map the Earth
A small project to track melting in one section of polar ice is now mapping the entire Earth.
The Donna Cox Legacy: Inspiring and Visualizing the Future
NCSA celebrates and honors its Chief Scholar and Illinois Professor Donna J. Cox as she retires after nearly four outstanding decades of contributions to art, science, research, technology, and society.
C3.ai DTI Announces AI for Energy and Climate Security Awards
The consortium awarded $4.4M in funding and advanced computing resources to 21 projects at partner institutions.
How Do You Train a Supercomputer to Learn?
NCSA’s Center for Artificial Intelligence Innovation uses COVID-19 chest x-rays to explore best methods.
NCSA Teams Contribute to Return-to-school Planning
Leveraging diverse expertise, researchers and designers from the National Center for Supercomputing Applications collaborated with the University of Illinois on two tools to help schools safely transition back to in-person learning.
Scientists Monitoring Magnetic ‘Pothole’ in Space
Geomagnetic field forecasting models run on NCSA’s Blue Waters supercomputer identify new variations in the South Atlantic Anomaly.
NCSA Researchers Identify Biomarkers to Accelerate Liver Toxicity Testing in New Products
More rapid and accurate testing methods could lead to safer products on the market.
Deep Learning Model Opens Doors for Innovation in Complex Materials Design
A diverse NCSA research team, which includes an Illinois MechSE undergraduate, uses AI and HPC to train a model capable of deploying metamaterial design with topology optimization on laptops that produce accurate and rapid results.