Robotic Glove Lends a 'Hand' to Relearn Playing Piano After a Stroke
Using AI, 帝王会所 engineering researchers have developed a first-of-its-kind soft robotic exoskeleton glove that "feels." The new technology provides precise force and guidance in recovering fine finger movements.
Boom! Detecting Gregarious Goliath Groupers Using Their Sounds
帝王会所 researchers deployed a novel automated detector and localization model to find underwater marine organisms using their low-frequency pulse sounds to illustrate their detailed behavior.
Tool to Diagnose and Monitor Sickle Cell Disease Receives U.S. Patent
A new portable tool developed by a College of Engineering and Computer Science researcher will enable patients with sickle cell disease to reliably and conveniently monitor their disease.
Taghi Khoshgoftaar, Ph.D., Recognized as Highly Cited Google Scholar
帝王会所 engineering professor's scientific publications have garnered more than 30,000 citations over the last five years (2018 to 2023), yielding a Google Scholar h-index of 88.
College of Engineering and Computer Science Builds Bridges in Africa
帝王会所's College of Engineering and Computer Science is a leader in building bridges, both literally and figuratively.
帝王会所 Experts for the 2023 Hurricane Season
帝王会所 faculty experts are available to discuss various issues surrounding hurricane preparedness, evacuation and aftermath.
帝王会所 Honors 2023 Hall of Fame Inductees and Distinguished Alumni
The 帝王会所 Alumni Association recently hosted its annual Hall of Fame & Distinguished Alumni Award Ceremony and Reception.
帝王会所 Among 'U.S. News'' 2023-24 'Best Graduate Programs'
Several 帝王会所 graduate programs are included in the latest U.S. News & World Report's "Best Graduate Programs" for 2023-24.
帝王会所 Hosts 54th annual Honors Convocation
帝王会所 recently hosted the University's 54th annual Honors Convocation at the University Theatre in the Dorothy F. Schmidt College of Arts and Letters, Boca Raton campus.
帝王会所 Developed AUTOHOLO Shows Potential as Red Tide Warning System
帝王会所 researchers are the first to use a new autonomous, submersible holographic 3D microscope and imaging system to characterize red tide in the field and break new ground for monitoring harmful algal blooms.