Objective Assess utility of wearable impact sensors to monitor and reduce cumulative brain injury risks in athletic and military environments. Design Analysis of results generated in multiple ...

As part of a national effort to better understand the effect of concussions on athletes, the University of New Haven this fall will become the first college in the nation to use the most advanced high ...

Although there’s a lot more awareness of the long term risk concussions pose, they continue to be a problem, particularly in high school sports that often lack the resources of college teams. The CDC ...

While helmets certainly do help protect athletes from head injuries, if the player gets hit hard enough, concussions or other injuries can still occur. So, when a coach sees a player getting clobbered ...

With increasing concern about concussions from sports, some players have started wearing electronic sensors to measure head impacts. But a new study has found that some of the sensors for non-helmeted ...

With the majority of safety systems featured into vehicles being dependent on some type of sensor, having one which works faster and better than the others might make the difference for the ...

The just-launched Brain Sentry Impact Sensor™, a lightweight helmet-mounted impact-monitoring device, will use ST’s MEMS accelerometer to monitor head impacts that may cause concussions or other brain ...

M/A-COM Technology Solutions, a provider of microwave and RF products, has introduced a new EPC Gen 2 RFID solution for forklifts that includes laser and acoustic sensors designed to help improve ...

With increasing concern about concussions from sports, some players have started wearing electronic sensors to measure head impacts. But a new study by Washington State University (WSU) researchers ...