Sports analytics research has had major impact on the development of innovative training
methods and the broadcast of sports events. Tasks that formerly required manual …

Aim Motivated by the variety of approaches to IMU-based human motion tracking, the aim of
this paper is to deliver a report of the author's experience in processing and handling …

Human movement analysis technology, including stereophotogrammetric motion capture,
2D and 3D video camera reconstruction, global navigation satellite and local positioning …

Abstract Classically, Inertial Measurement Units (IMUs) are composed of a 3D
accelerometer, a 3D gyroscope, and a 3D magnetometer. Taken into isolation, those …

Capturing human motion performances with inertial measurement units constitutes the future
of mobile sports analysis, but requires sophisticated methods to extract relevant information …

The world of sports is being transformed by the rise of automated systems which enable the
monitoring of athletes. Such systems provide objective assessments about the performance …

The quest to understand and optimize human movement performance has advanced rapidly
in recent years through innovations in movement science and technology. Motion capture …

A portable motion analysis system that can accurately measure body movement kinematics
and kinetics has the potential to benefit athletes and coaches in performance improvement …

The increasing interest in assessing physical demands in team sports has led to the
development of multiple sports related monitoring systems. Due to technical limitations …

Motion analysis has improved greatly over the years through the development of low-cost
inertia sensors. Such sensors have shown promising accuracy for both sport and medical …