This paper presents a new approach for analyzing center of pressure (COP) progression using pressure data collected from a pressure-sensitive array placed under the bed mattress. Pressure data were collected from a young female participant who was healthy and an older 78 year old female participant who had a history of falls. Information relevant to movement direction, time, path trajectory, magnitude and frequency was presented in three dimensional plots and color differentiated displays. When tested on data collected from an older participant who experienced a fall, this method of analyzing COP was able to illustrate distinct differences in bed exit patterns used pre and post fall episode. This analysis approach shows the potential to det...
International audiencePostural control is often quantified by recording the trajectory of the center...
Abstract Postural control is often quantified by recording the trajectory of the center of pressure ...
Falling is a major concern and results from an inability to maintain postural control during daily a...
This paper presents a new approach for analyzing center of pressure (COP) progression using pressure...
Getting out of bed is a fundamental activity of daily living and one that supports independent livin...
Copyright © 2014 Shang-Lin Chiang et al. This is an open access article distributed under the Creati...
While clinical measures of mobility and balance are important for tracking disease progression in th...
Movement in bed-placed pressure arrays often interferes with measurements. A method for automaticall...
Ubiquitous personal monitoring of health has rapidly developed in recent years. Technology is playin...
There is a growing demand for systems that support independent living into advanced age. Technologie...
We propose an IoT support system for estimating the posture of the care recipient on the bed from th...
International audienceWe investigate postural sway data dynamics in older adult fallers and non-fall...
ABSTRACT Rolle, Brielle, B.S., May 2017 Health and Human Performance Exercise...
Automated assessment of older adult health is needed due to an impending demographic shift. Mobility...
Pressure injury (PI) is a major problem for patients that are bound to a wheelchair or bed, such as ...
International audiencePostural control is often quantified by recording the trajectory of the center...
Abstract Postural control is often quantified by recording the trajectory of the center of pressure ...
Falling is a major concern and results from an inability to maintain postural control during daily a...
This paper presents a new approach for analyzing center of pressure (COP) progression using pressure...
Getting out of bed is a fundamental activity of daily living and one that supports independent livin...
Copyright © 2014 Shang-Lin Chiang et al. This is an open access article distributed under the Creati...
While clinical measures of mobility and balance are important for tracking disease progression in th...
Movement in bed-placed pressure arrays often interferes with measurements. A method for automaticall...
Ubiquitous personal monitoring of health has rapidly developed in recent years. Technology is playin...
There is a growing demand for systems that support independent living into advanced age. Technologie...
We propose an IoT support system for estimating the posture of the care recipient on the bed from th...
International audienceWe investigate postural sway data dynamics in older adult fallers and non-fall...
ABSTRACT Rolle, Brielle, B.S., May 2017 Health and Human Performance Exercise...
Automated assessment of older adult health is needed due to an impending demographic shift. Mobility...
Pressure injury (PI) is a major problem for patients that are bound to a wheelchair or bed, such as ...
International audiencePostural control is often quantified by recording the trajectory of the center...
Abstract Postural control is often quantified by recording the trajectory of the center of pressure ...
Falling is a major concern and results from an inability to maintain postural control during daily a...