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 …

Gait is an essential function for humans, and gait patterns in daily life provide meaningful
information about a person's cognitive and physical health conditions. Inertial measurement …

Our aim is to maximize the interpretable information for gait analysis. To achieve this, it is
important to find the optimal sensor placement and the parameters that influence the …

Inertial measurement unit (IMU)-based gait analysis systems have become popular in
clinical environments because of their low cost and quantitative measurement capability …

Inertial measurement unit systems are wearable sensors that can measure the movement of
a human in real-time with relatively little space and high portability. The purpose of this study …

State-of-the-art estimation methods using inertial measurement units (IMUs) for global
continuous gait path and local stepwise gait trajectory during walking have been developed …

Goal: For healthcare and clinical use, ambulatory gait monitoring systems using inertial
sensors have been developed to estimate the user gait parameters, such as walking speed …

Walking is a central activity of daily life, and there is an increasing demand for objective
measurement-based gait assessment. In contrast to stationary systems, wearable inertial …

Inertial measurement units (IMUs) are small wearable sensors that have tremendous
potential to be applied to clinical gait analysis. They allow objective evaluation of gait and …

The purpose of this work is to compare temporal gait parameters from three different IMU
locations to the gold standard force platform. 33 subjects (12 F, 21 M) performed twenty gait …