The kinetics analysis of ankle, knee and hip joints during gait is fundamental for
rehabilitation and clinical diagnosis but data are commonly obtained by means of the …

An approach using physical-sensor difference and virtual-sensor difference based algorithm
to visually and quantitatively confirm lower limb posture was proposed and a wearable …

Human motion capture (MOCAP) systems are vital while determining the loads occurring at
the joints. Most of the clinical MOCAP systems are very costly, requiring investment and …

Predicting the ground reaction force (GRF) and ground reaction moment (GRM) with a
biomechanical modelbased approach has an advantage for biomechanical gait analysis in …

Musculoskeletal modeling and simulation have been an emerging trend in human gait
analysis. It allows the user to isolate certain biomechanical conditions and elucidate the …

The mechanical properties of human joints (ie, impedance) are constantly modulated to
precisely govern human interaction with the environment. The estimation of these properties …

Human gait is the result of a complex and fascinating cooperation between different joints
and segments in the lower extremity. This study aims at investigating the existence of this …

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 …

Exercise is an indispensable part of human daily life. The knee joint is inseparable from
human movement. The knee is relatively fragile and easy to get injuries. Therefore, the …

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 …