Physical activity and sleep monitoring in daily life provide vital information to track health status and physical fitness. The aim of this study was to establish concurrent validity for the new Opal Actigraphy solution in relation to the widely used ActiGraph GT9X for measuring physical activity from accelerometry epic counts (sedentary to vigorous levels) and sleep periods in daily life. Twenty participants (age 56 + 22 years) wore two wearable devices on each wrist for 7 days and nights, recording 3-D accelerations at 30 Hz. Bland–Altman plots and intraclass correlation coefficients (ICCs) assessed validity (agreement) and test–retest reliability between ActiGraph and Opal Actigraphy sleep durations and activity levels, as well as betwee...
There is a growing need for free-living monitoring of the full 24 h spectrum of behaviors with a sin...
OBJECTIVE: Differences in sleep results due to the placement of actigraphy devices (non-dominant vs....
Objective: Improving and validating sleep scoring algorithms for actigraphs enhances their usefulnes...
Sleep is very important for health and academic performance. The amount of sleep is variable and dep...
Physical activity (PA) and sleep are important to health; thus, it is important for researchers to h...
Polysomnography (PSG) is the “gold standard” for monitoring sleep. Alternatives to PSG are of intere...
Actigraphy and smart wearable devices provide similar functionality in quantitative sleep analysis. ...
Purpose\ud \ud This study aimed to determine the feasibility and acceptability of actigraphy to moni...
Abstract Background Actigraphs are widely used portable wrist-worn devices that record tri-axial acc...
AbstractSleep-related health disorders are increasing worldwide; diagnosis and treatment of such sle...
Wearable trackers that detect sleep offer users a way to track their sleep quality and patterns with...
Background: The It's LiFe! monitoring and feedback tool embedded in primary care practice is promisi...
The last 20 yrs have seen a marked increase in studies utilizing actigraphy in free-living environme...
BackgroundActigraphs are wrist-worn devices that record tri-axial accelerometry data used clinically...
© 2015 Japanese Society of Sleep Research. Wrist actigraphy is commonly used to measure sleep, and h...
There is a growing need for free-living monitoring of the full 24 h spectrum of behaviors with a sin...
OBJECTIVE: Differences in sleep results due to the placement of actigraphy devices (non-dominant vs....
Objective: Improving and validating sleep scoring algorithms for actigraphs enhances their usefulnes...
Sleep is very important for health and academic performance. The amount of sleep is variable and dep...
Physical activity (PA) and sleep are important to health; thus, it is important for researchers to h...
Polysomnography (PSG) is the “gold standard” for monitoring sleep. Alternatives to PSG are of intere...
Actigraphy and smart wearable devices provide similar functionality in quantitative sleep analysis. ...
Purpose\ud \ud This study aimed to determine the feasibility and acceptability of actigraphy to moni...
Abstract Background Actigraphs are widely used portable wrist-worn devices that record tri-axial acc...
AbstractSleep-related health disorders are increasing worldwide; diagnosis and treatment of such sle...
Wearable trackers that detect sleep offer users a way to track their sleep quality and patterns with...
Background: The It's LiFe! monitoring and feedback tool embedded in primary care practice is promisi...
The last 20 yrs have seen a marked increase in studies utilizing actigraphy in free-living environme...
BackgroundActigraphs are wrist-worn devices that record tri-axial accelerometry data used clinically...
© 2015 Japanese Society of Sleep Research. Wrist actigraphy is commonly used to measure sleep, and h...
There is a growing need for free-living monitoring of the full 24 h spectrum of behaviors with a sin...
OBJECTIVE: Differences in sleep results due to the placement of actigraphy devices (non-dominant vs....
Objective: Improving and validating sleep scoring algorithms for actigraphs enhances their usefulnes...