To analyze human motion such as daily activities or sports outside of the laboratory,
wearable motion analysis systems have been recently developed. In this study, the joint …

Wearable inertial sensor-based motion analysis systems are promising alternatives to
standard camera-based motion capture systems for the measurement of gait parameters …

In biomechanics, joint kinetics has an important role in evaluating the mechanical load of the
joint and understanding its motor function. Although an optical motion capture (OMC) system …

A novel method for measuring human gait posture using wearable sensor units is proposed.
The sensor units consist of a tri-axial acceleration sensor and three gyro sensors aligned on …

This study aims to design a wearable system for kinetics measurement of multi-segment foot
joints in long-distance walking and to investigate its suitability for clinical evaluations. The …

There is widespread and growing use of inertial measurement technology for human motion
analysis in biomechanics and clinical research. Due to advancements in sensor …

A method for gait analysis using wearable acceleration sensors and gyro sensors is
proposed in this work. The volunteers wore sensor units that included a tri-axis acceleration …

Inertial sensor systems are becoming increasingly popular for gait analysis because their
use is simple and time efficient. This study aimed to compare joint kinematics measured by …

Usually the measurement of multi-segment foot and ankle complex kinematics is done with
stationary motion capture devices which are limited to use in a gait laboratory. This study …

Thanks to decades of research, gait analysis has become an efficient tool. However, mainly
due to the price of the motion capture systems, standard gait laboratories have the capability …