Add to ORKGThe aim of this study is to present and validate a novel custom-made wearable system (SWING) for step detection and step width estimation. SWING consists of a magneto-inertial measurement unit and up to three Infrared Time-of-Flight distance sensors. Fifteen healthy adults walked on level ground at self-selected pace for two minutes in two sessions. The SWING system showed neither missed nor extra steps and a mean absolute error in the range of 10.1-13 mm for the measurement of the step width
Background Use of a wearable gait analysis system (WGAS) is becoming common when conducting gait ana...
Background: The assessment of short episodes of gait is clinically relevant and easily implemented, ...
For the prevention of falling in the elderly, gait training has been proposed using tasks such as th...
This study presents an algorithm to estimate gait features, from on-body mounted inertial sensors, a...
Objective: Step-width during walking is an indicator of stability and balance in patients with neuro...
In this paper, a non-restricted human step length measuring system has been derived by deploying the...
The analysis of the human movement is the subject of many research projects. Recently, thanks to the...
This study describes the validation of a new wearable system for assessment of 3D spatial parameters...
Tripping is considered a major cause of fall in older people. Therefore, foot clearance (i.e., heigh...
Measure the step width with a wearable system composed by ad infrared range sensor, a screen and an ...
Magneto-inertial measurement units (MIMU) are a suitable solution to assess human motor performance ...
An infrared (IR) stereo camera is mounted on each bracelet and tasked with tracking a marker on the ...
Accurate step detection is crucial for the estimation of gait spatio-temporal parameters. Although s...
The recent development of compact, inexpensive sensors makes it possible to apply self-contained sen...
Gait analysis is useful in characterizing impaired gait in patients with various neuromusculoskeleta...
Background Use of a wearable gait analysis system (WGAS) is becoming common when conducting gait ana...
Background: The assessment of short episodes of gait is clinically relevant and easily implemented, ...
For the prevention of falling in the elderly, gait training has been proposed using tasks such as th...
This study presents an algorithm to estimate gait features, from on-body mounted inertial sensors, a...
Objective: Step-width during walking is an indicator of stability and balance in patients with neuro...
In this paper, a non-restricted human step length measuring system has been derived by deploying the...
The analysis of the human movement is the subject of many research projects. Recently, thanks to the...
This study describes the validation of a new wearable system for assessment of 3D spatial parameters...
Tripping is considered a major cause of fall in older people. Therefore, foot clearance (i.e., heigh...
Measure the step width with a wearable system composed by ad infrared range sensor, a screen and an ...
Magneto-inertial measurement units (MIMU) are a suitable solution to assess human motor performance ...
An infrared (IR) stereo camera is mounted on each bracelet and tasked with tracking a marker on the ...
Accurate step detection is crucial for the estimation of gait spatio-temporal parameters. Although s...
The recent development of compact, inexpensive sensors makes it possible to apply self-contained sen...
Gait analysis is useful in characterizing impaired gait in patients with various neuromusculoskeleta...
Background Use of a wearable gait analysis system (WGAS) is becoming common when conducting gait ana...
Background: The assessment of short episodes of gait is clinically relevant and easily implemented, ...
For the prevention of falling in the elderly, gait training has been proposed using tasks such as th...