Research

Manning CICS researchers used AI to sort through data generated by a study of 3,817,970 veterans, highlighting connection between PTSD and cognitive impairment.

Juan Zhai receives NSF CAREER Award to develop specifications that ensure software created with AI behaves as intended.

NeSQom workshop explores how quantum and classic computing can complement one another to move the field forward.

UMass Amherst-led research team invents device that will enable continuous upper-limb rehabilitation monitoring, enabling the future of personalized treatment.

UMass Amherst researchers and industry leaders explore sustainable AI, data centers, energy use, and responsible computing at the SCAI symposium.

VP Nguyen received a $686,250 NSF CAREER Award to develop high-efficiency monitors that help detect seizures and monitor sleep and neurological health.

Marco Serafini received a $666,930 NSF CAREER Award to develop new software that makes AI-powered data processing faster, more efficient, and easier to scale.

“We are exploring how to use AI to simulate student behavior,” Lan said.

Manning CICS Research uncovered vulnerabilities in China’s system for censoring QUIC internet traffic and helped develop strategies for circumventing it.

Manning CICS receives a new NSF grant to modernize computer science education

Manning CICS faculty and students contributed research on computational decarbonization, energy-efficient systems, workload optimization, and more.

Researchers at Manning CICS are part of a project that will “fundamentally rethink hospital monitoring for expectant mothers and their babies.”