The estimation of gait temporal parameters with inertial measurement units (IMU) is a
research topic of interest in clinical gait analysis. Several methods, based on the use of a …

In the last decade, various methods for the estimation of gait events and temporal
parameters from the acceleration signals of a single inertial measurement unit (IMU) …

We investigated whether a wearable system based on a commercial Inertial Measurement
Unit (IMU) can reliably provide the main spatiotemporal gait parameters in subjects with …

The conventional methods to assess human gait are either expensive or complex to be
applied regularly in clinical practice. To reduce the cost and simplify the evaluation, inertial …

A detailed and quantitative gait analysis can provide evidence of various gait impairments in
elderly people. To provide an objective decision-making basis for gait analysis, simple …

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 …

INTRODUCTION: The increasing popularity of inertial sensors in clinical practice is not
supported by precise information on their reliability or guidelines for their use in …

Laboratory based gait analysis techniques are expensive, time consuming and require
technical expertise. Inertial measurement units can directly measure temporal parameters …

Background The quantification of gait temporal parameters (ie step time, stance time) is
crucial in human motion analysis and requires the accurate identification of gait events (ie …

Inertial sensor gait analysis systems (ISGAS) facilitate gait analysis in an unobstructed
environment outdoors or outside of a conventional gait laboratory. However, their use in …