Georgia Tech's Rotorcraft Center of Excellence is developing guidance technologies to allow unmanned aerial vehicles to fly more efficiently and safely.
A Web-based dashboard developed by a Carnegie Mellon University team shows that energy may be used more efficiently when end users are handed control.
While big data tools are very powerful, the results they deliver tend to be only as good as the strategy behind their deployment.
The CitySync license plate RaaS solution lets governments access the recognition engine with any camera and store data in the cloud.
Researchers at the University of Denver's Unmanned Systems Research Institute have developed 'sense and avoid' technology for unmanned aerial vehicles – a phased-array radar system that weighs only 12 ounces.
GenieMD, one of three winners of IBM's Watson Mobile Developer Challenge, aims to tap the supercomputer to provide sophisticated analysis and information to health care queries.
Similar to a phone’s airplane mode, a 'disaster mode' would help Android devices conserve energy and share information that could improve planning for disaster assistance.
The viewer visualizes data on projected changes in snowpack, soil moisture, runoff and evaporative deficit for U.S. states and counties.
Because today’s cell phones contain more data than many desktop computers, improving security for mobile devices is becoming a priority.
The Office of Naval Research has undertaken a project to field robots that can make simple moral decisions, such as whether to help a wounded solider instead of completing an assigned task on the battlefield.