Faculty across UF CLAS will actively contribute to two key initiatives after receiving funding to advance racial justice and A.I. research.
Connected and autonomous vehicle (CAV) technologies present great opportunities for reducing traffic congestion through advanced sensors, communication, and portable computing devices
Wang and a team of investigators have been awarded nearly $1 million to establish machine learning as a pillar for design in automated personnel-selection systems used in human resource management.
Boyi Hu, Ph.D., an assistant professor for the Department of Industrial & Systems Engineering (ISE) at the University of Florida...
Juan E. Gilbert has created a ticketing system to help voters maintain social distancing while exercising their right to vote.
Karen Hicklin's research is focused on mathematical modeling of stochastic systems with an emphasis on statistical and decision analysis.
High-impact research is in full swing on the University of Florida’s powerful supercomputer, with faculty and students from across the...
A University of Florida research team is working on a robot dog that has the ability to enter an enclosed space, scan it, and provide humans with a visual of what’s inside, an application that could lessen dangerous situations for first responders.
After an international search process, the College of the Arts welcomes Heidi Boisvert, Tina Tallon, Fatimah Tuggar, and Amelia Winger-Bearskin to professorships in AI and the Arts this fall. The cohort represents a variety of artistic and creative disciplines, with each member appointed to a different school or institute within the college.
In this evolving digital world, a system known as blockchain provides transactional transparency in real-time. Cryptocurrency has become the newest...
As news broke that Florida’s citrus industry ended this year’s growing season with its lowest production in eight decades, an...
Artificial intelligence and computer science researchers say getting machines to do the right thing has turned out to be relatively easy. We program Roombas to vacuum our homes, but don’t expect them to brew our coffee. We program robotic arms to sort parts in factories, but not to decide which colors to paint cars. We program doorbells to tell us who is at the door, but not to let them in. Most of our machines do one thing and do it well, usually in error-free fashion. They get the task right.