This paper investigates the ability of a single wireless inertial sensing device stuck on the
lower trunk to provide spatial-temporal parameters during level walking. The 3-axial …

An ambulatory monitoring system is developed for the estimation of spatio-temporal gait
parameters. The inertial measurement unit embedded in the system is composed of one …

In a variety of applications, inertial sensors are used to estimate spatial parameters by
double integrating over time their coordinate acceleration components. In human movement …

Gait analysis is used widely in clinical practice to evaluate abnormal gait caused by disease.
Conventionally, medical professionals use motion capture systems or make visual …

The purpose of this study was to assess the concurrent validity and test–retest reliability of a
sensor-based gait analysis system. Eleven healthy subjects and four Parkinson's disease …

A small and wireless accelerometer system was developed for the estimation of temporal
gait parameters. The new system was built using two 3-axis accelerometers. Measurement's …

Objective. To study the reliability of gait analysis data obtained using the Calibrated
Anatomical System Technique (cast) protocol and to verify the suitability and repeatability of …

Gait analysis is commonly used to identify gait changes and fall risk in clinical populations
and seniors. Body-worn inertial sensor based gait analyses provide a feasible alternative to …

The GAITRite® is a portable gait analysis tool for automated measurement of spatiotemporal
gait parameters. Although frequently used for clinical and research purposes, the concurrent …

This paper presents an analysis of spatio-temporal gait parameters during overground
walking based upon a method that needs only lower trunk accelerations. Twenty-six healthy …