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 …

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 …

Articular cartilage is a cushioning material which reduces contact pressure on joint, and
protects subchondral bone from direct load. In the recent studies on mechanical behavior of …

Periprosthetic bone loss following total hip arthroplasty (THA) is a serious concern leading to
the premature failure of prosthetic implant. Therefore, investigating bone remodeling in …

The objective of this study was to conduct the musculoskeletal simulation and the EMG
(Electromyogram) measurement for the same trial of the same swimmer performing the …

Reliably and accurately estimating joint/segmental kinematics from optical motion capture
data has remained challenging. Studies objectively characterizing human movement …

In this paper, it is proposed that the central nervous system (CNS) controls human gait using
a predictive control approach in conjunction with classical feedback control instead of …

The method used in biomechanical modeling for finite element method (FEM) analysis
needs to deliver accurate results. There are currently two solutions used in FEM modeling …

This paper presents an innovative design methodology for development of lower limb
exoskeletons with the fabrication and experimental evaluation of prototype hardware. The …