The workshop offers a team-based setting that provides a positive intellectual, social and emotional environment for participants interested in computing.

Feizi is designing Reverse Engineer Deceptions (RED), a program that will not only be able to identify the origin of the attack and its sophistication level, but also the most effective defense to use against future attacks.

Boyd-Graber and his team are presenting two papers on how to quickly train aging AI systems to sift through medical and emergency data.

A paper by Daochen Wang (in photo) and Andrew Childs in QuICS explores current boundaries—and possible future advances—involving exponential quantum speedups.

The project will receive $450K over the next three years as part of the Air Force Office of Scientific Research Young Investigator Research Program.

Ramani Duraiswami is part of a team receiving federal funding for equipment to decode “imagined speech”—the unspoken words and phrases we intentionally form in our minds.

Researchers associated with QuICS believe their recently published work could lead to more efficient benchmarking for quantum devices, as well as more efficient ways of representing quantum states on classical hardware.

UMIACS coordinator Elizabeth Hontz is passionate about plants. She looks to share her love of gardening with others through the University of Maryland Extension Master Gardener Program.

In a Q&A with Roadmap magazine, he relates on why we should stop worrying about autonomous AI systems and start thinking more about building systems that help people.