Inertial sensor arrays present the possibility of improved and extended sensing capabilities
as compared to customary inertial sensor setups. Inertial sensor arrays have been studied …

This preliminary study investigated whether direct measurement of head rotation improves
prediction of mild traumatic brain injury (mTBI). Although many studies have implicated …

The purpose of this study was to evaluate a novel instrumented mouthguard as a research
device for measuring head impact kinematics. To evaluate kinematic accuracy, laboratory …

Wearable devices are increasingly used to measure real-world head impacts and study
brain injury mechanisms. These devices must undergo validation testing to ensure they …

Wearable inertial sensors measure human head impact kinematics important to the on-
going development and validation of head injury criteria. However, sensor specifications …

Head rotational kinematics and tissue deformation metrics obtained from finite element
models (FEM) have the potential to be used as traumatic axonal injury (TAI) assessment …

Wearable sensors are becoming increasingly popular for measuring head motions and
detecting head impacts. Many sensors are worn on the skin or in headgear and can suffer …

Approximately 1.6–3.8 million sports-related traumatic brain injuries occur each year in the
US Researchers track the head motion using a variety of techniques to study the head injury …

This paper presents a detailed characterization of helmet-to-ground impacts in the National
Football League. Video analysis was performed for 16 head-to-ground impacts that caused …

The kinematics and kinetics of head impact due to a standing fall onto a hard surface are
summarized. Head injury due to impact from falls represents a significant problem …