The team carefully attached electrodes to moths that were still in their pupal form, and when the creatures emerged and began using their wings, the signals sent to the muscles were recorded.
With the help of researchers, referees may soon have a new way of determining whether a football team has scored a touchdown or gotten a first down. David Ricketts, electrical and computer engineering, featured.
Researchers have developed a new system that can track a football in three-dimensional space using low-frequency magnetic fields. David Ricketts, electrical and computer engineering, featured.
Researchers have developed a new system that can track a football in three-dimensional space using low-frequency magnetic fields. David Ricketts, electrical and computer engineering, featured.
With the help of researchers, referees may soon have a new way of determining whether a football team has scored a touchdown or gotten a first down. David Ricketts, electrical and computer engineering, featured.
Researchers have developed a new system that can track a football in three-dimensional space using low-frequency magnetic fields. David Ricketts, electrical and computer engineering, featured.
Researchers have developed a new system that can track a football in three-dimensional space using low-frequency magnetic fields. David Ricketts, electrical and computer engineering, featured.
NC State researcher is developing ball-tracking technology for American football: wireless-radio-based technologies, camera-based technologies, and magnetic-field-based technologies. David Ricketts, electrical engineering, featured.
NC State scientists have developed software that allows them to map dangerous or unknown spaces based on the movement of a swarm of remotely controlled cockroaches, or insect cyborgs. Edgar Lobatan, electrical and computer engineering, featured.
The World Cup has its own system. But new technology could help spot the pigskin through a 10-lineman pileup on the gridiron. David Ricketts, electrical and computer engineering, featured.
The Lassie of the future will not bark for the sheriff. Instead, a wireless sensor on her harness will detect gas in an earthquake-shattered building, then text the drones and first responders on the scene. Alper Bozkurt, electrical & computer engineering,...
NC State ranks among the top schools in the nation for research and innovation. Chancellor Randy Woodson, Terri Lomax, research, innovation & economic development, and Jayant Baliga, engineering, featured.
Researchers are developing sophisticated harnesses for rescue dogs that aid in disaster relief and recovery. Alper Bozkurt, electrical & computer engineering, and David Roberts, computer science-engineering, featured.
Researchers are developing sophisticated harnesses for rescue dogs that aid in disaster relief and recovery. Alper Bozkurt, electrical & computer engineering, and David Roberts, computer science-engineering, featured.
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Researchers are developing sophisticated harnesses for rescue dogs that aid in disaster relief and recovery. Alper Bozkurt, electrical & computer engineering, and David Roberts, computer science-engineering, featured.
Researchers are developing sophisticated harnesses for rescue dogs that aid in disaster relief and recovery. Alper Bozkurt, electrical & computer engineering, and David Roberts, computer science-engineering, featured.
Researchers are developing sophisticated harnesses for rescue dogs that aid in disaster relief and recovery. Alper Bozkurt, electrical & computer engineering, and David Roberts, computer science-engineering, featured.
NC scientist awarded the IEEE 2014 Medal of honor for his pioneering work on power electronic devices. B. Jayant Baliga, electrical & computer engineering, featured.
NC State expert heading the rescue animal portion of The Smart Emergency Response System, a partnership between a number of schools and companies that are developing innovative, cost-effective solutions for disaster relief, including drones, robots, search sensors and...