RESEARCH ARTICLE Validation of Cut-Points for Evaluating the Intensity of Physical Activity with Accelerometry-Based Mean Amplitude

Equating accelerometer estimates among youth : the Rosetta Stone 2

Brazendalea, Keith
Beets, Michael W.
Bornsteina, Daniel B.
Moore, Justin B.
Pate, Russell R.
Weaver, Robert G.
Falck, Ryan S.
Chandler, Jessica L.
Andersen, Lars B.
Anderssen, Sigmund A.
Cardon, Greet
Cooper, Ashley
Davey, Rachel
Froberg, Karsten
Hallal, Pedro C.
Janz, Kathleen
Kordas, Katarzyna
Kriemler, Susi
Puder, Jardena J.
Reilly, John J.
Salmon, Jo
Sardinha, Luis B.
Timperio, Anna
van Sluijs, Esther M. F.

January 2015

Different accelerometer cutpoints used by different researchers often yields vastly different estima...

Providing a Basis for Harmonization of Accelerometer-Assessed Physical Activity Outcomes Across Epidemiological Datasets

A Rowlands (7703432)
T Plekhanova (7703435)
T Yates (7347116)
E Mirkes (7703438)
M Davies (7552133)
K Khunti (7552136)
C Edwardson (7493978)

September 2019

Introduction: To capitalize on the increasing availability of accelerometry data for epidemiological...

Validation of a Trunk-mounted Accelerometer to Measure Peak Impacts during Team Sport Movements

Wundersitz, D.
Gastin, P.
Robertson, S.
Davey, Paul
Netto, Kevin

January 2015

Validation of Cut-Points for Evaluating the Intensity of Physical Activity with Accelerometry-Based Mean Amplitude Deviation (MAD)

Henri Vähä-Ypyä (785328)
Tommi Vasankari (220901)
Pauliina Husu (785329)
Ari Mänttäri (785330)
Timo Vuorimaa (785331)
Jaana Suni (785332)
Harri Sievänen (94569)

August 2015

<div><p>Purpose</p><p>Our recent study of three accelerometer brands in various ambulatory activitie...

Validation of Cut-Points for Evaluating the Intensity of Physical Activity with Accelerometry-Based Mean Amplitude Deviation (MAD).

Henri Vähä-Ypyä
Tommi Vasankari
Pauliina Husu
Ari Mänttäri
Timo Vuorimaa
Jaana Suni
Harri Sievänen

Our recent study of three accelerometer brands in various ambulatory activities showed that the mean...

Comparison of accelerometer cut points for predicting activity intensity in youth

Trost, Stewart G.
Loprinzi, Paul D.
Moore, Rebecca A.
Pfeiffer, Karen A.

January 2011

The absence of comparative validity studies has prevented researchers from reaching consensus regard...

RESEARCH ARTICLE Open Access

August 2016

Mean amplitude deviation calculated from raw acceleration data: a novel method for classifying the i...

Agreement of cut point definitions within the NEXT Plus dataset

Hulett, Nicholas
Li, Kaigang
Haynie, Denise
Lipsky, Leah
Iannotti, Ronald
Simons-Morton, Bruce

January 2018

Department of Health and Exercise Science.Includes bibliographical references.Purpose: Accelerometer...

Equating accelerometer estimates among youth: The Rosetta Stone 2.

Brazendale, K.
Beets, M.W.
Bornstein, D.B.
Moore, J.B.
Pate, R.R.
Weaver, R.G.
Falck, R.S.
Chandler, J.L.
Andersen, L.B.
Anderssen, S.A.
Cardon, G.
Cooper, A.
Davey, R.
Froberg, K.
Hallal, P.C.
Janz, K.F.
Kordas, K.
Kriemler, S.
Puder, J.J.
Reilly, J.J.
Salmon, J.
Sardinha, L.B.
Timperio, A.
van Sluijs, E.M.

March 2016

Different accelerometer cutpoints used by different researchers often yields vastly different estima...

Equating accelerometer estimates among youth: The Rosetta Stone 2

Brazendale, Keith
Beets, Michael W
Bornstein, Daniel B
Moore, Justin B
Pate, Russell R
Weaver, Robert G
Falck, Ryan S
Chandler, Jessica L
Andersen, Lars B
Anderssen, Sigmund A
Cardon, Greet
Cooper, Ashley
Davey, Rachel
Froberg, Karsten
Hallal, Pedro C
Janz, Kathleen F
Kordas, Katarzyna
Kriemler, Susi
Puder, Jardena J
Reilly, John J
Salmon, Jo
Sardinha, Luis B
Timperio, Anna
van Sluijs, Esther M F

January 2016

OBJECTIVES: Different accelerometer cutpoints used by different researchers often yields vastly diff...

Discrepancies between Methods of Identifying Objectively Determined Physical Activity

Ham, sandra
Reis, Jared
Strath, Scott
DuBose, Katrina
Ainsworth, Barbara

January 2007

Current methods for validating physical activity (PA) questionnaires typically use accelerometers as...

Beyond Cut-points: Accelerometer Metrics that Capture the Physical Activity Profile.

Alex V. Rowlands (3195804)
Charlotte L. Edwardson (7152536)
Melanie J. Davies (7155500)
Kamlesh Khunti (171607)
Deirdre M. Harrington (7240919)
Tom Yates (294776)

January 2018

PURPOSE: Commonly used physical activity metrics tell us little about the intensity distribution acr...

Enhancing the value of accelerometer-assessed physical activity: meaningful visual comparisons of data-driven translational accelerometer metrics.

Rowlands, AV
Dawkins, NP
Maylor, B
Edwardson, CL
Fairclough, SJ
Davies, MJ
Harrington, DM
Khunti, K
Yates, T

December 2019

The lack of consensus on meaningful and interpretable physical activity outcomes from accelerometer ...

RESEARCH ARTICLE Estimating relative intensi t W

August 2016

Full list of author information is available at the end of the articlePhysical activity (PA) intensi...

Evaluation of Wrist Accelerometer Cut-Points for Classifying Physical Activity Intensity in Youth

Trost, Stewart G.
Brookes, Denise S.K.
Ahmadi, Matthew N.

May 2022

Background: Wrist worn accelerometers are convenient to wear and provide greater compliance. However...

Equating accelerometer estimates among youth : the Rosetta Stone 2

Brazendalea, Keith
Beets, Michael W.
Bornsteina, Daniel B.
Moore, Justin B.
Pate, Russell R.
Weaver, Robert G.
Falck, Ryan S.
Chandler, Jessica L.
Andersen, Lars B.
Anderssen, Sigmund A.
Cardon, Greet
Cooper, Ashley
Davey, Rachel
Froberg, Karsten
Hallal, Pedro C.
Janz, Kathleen
Kordas, Katarzyna
Kriemler, Susi
Puder, Jardena J.
Reilly, John J.
Salmon, Jo
Sardinha, Luis B.
Timperio, Anna
van Sluijs, Esther M. F.

January 2015

Different accelerometer cutpoints used by different researchers often yields vastly different estima...

Providing a Basis for Harmonization of Accelerometer-Assessed Physical Activity Outcomes Across Epidemiological Datasets

A Rowlands (7703432)
T Plekhanova (7703435)
T Yates (7347116)
E Mirkes (7703438)
M Davies (7552133)
K Khunti (7552136)
C Edwardson (7493978)

September 2019

Introduction: To capitalize on the increasing availability of accelerometry data for epidemiological...

Validation of a Trunk-mounted Accelerometer to Measure Peak Impacts during Team Sport Movements

Wundersitz, D.
Gastin, P.
Robertson, S.
Davey, Paul
Netto, Kevin

January 2015

Validation of Cut-Points for Evaluating the Intensity of Physical Activity with Accelerometry-Based Mean Amplitude Deviation (MAD)

Henri Vähä-Ypyä (785328)
Tommi Vasankari (220901)
Pauliina Husu (785329)
Ari Mänttäri (785330)
Timo Vuorimaa (785331)
Jaana Suni (785332)
Harri Sievänen (94569)

August 2015

<div><p>Purpose</p><p>Our recent study of three accelerometer brands in various ambulatory activitie...

Validation of Cut-Points for Evaluating the Intensity of Physical Activity with Accelerometry-Based Mean Amplitude Deviation (MAD).

Henri Vähä-Ypyä
Tommi Vasankari
Pauliina Husu
Ari Mänttäri
Timo Vuorimaa
Jaana Suni
Harri Sievänen

Our recent study of three accelerometer brands in various ambulatory activities showed that the mean...

Comparison of accelerometer cut points for predicting activity intensity in youth

Trost, Stewart G.
Loprinzi, Paul D.
Moore, Rebecca A.
Pfeiffer, Karen A.

January 2011

The absence of comparative validity studies has prevented researchers from reaching consensus regard...

RESEARCH ARTICLE Open Access

August 2016

Mean amplitude deviation calculated from raw acceleration data: a novel method for classifying the i...

Agreement of cut point definitions within the NEXT Plus dataset

Hulett, Nicholas
Li, Kaigang
Haynie, Denise
Lipsky, Leah
Iannotti, Ronald
Simons-Morton, Bruce

January 2018

Department of Health and Exercise Science.Includes bibliographical references.Purpose: Accelerometer...

Equating accelerometer estimates among youth: The Rosetta Stone 2.

Brazendale, K.
Beets, M.W.
Bornstein, D.B.
Moore, J.B.
Pate, R.R.
Weaver, R.G.
Falck, R.S.
Chandler, J.L.
Andersen, L.B.
Anderssen, S.A.
Cardon, G.
Cooper, A.
Davey, R.
Froberg, K.
Hallal, P.C.
Janz, K.F.
Kordas, K.
Kriemler, S.
Puder, J.J.
Reilly, J.J.
Salmon, J.
Sardinha, L.B.
Timperio, A.
van Sluijs, E.M.

March 2016

Different accelerometer cutpoints used by different researchers often yields vastly different estima...

Equating accelerometer estimates among youth: The Rosetta Stone 2

Brazendale, Keith
Beets, Michael W
Bornstein, Daniel B
Moore, Justin B
Pate, Russell R
Weaver, Robert G
Falck, Ryan S
Chandler, Jessica L
Andersen, Lars B
Anderssen, Sigmund A
Cardon, Greet
Cooper, Ashley
Davey, Rachel
Froberg, Karsten
Hallal, Pedro C
Janz, Kathleen F
Kordas, Katarzyna
Kriemler, Susi
Puder, Jardena J
Reilly, John J
Salmon, Jo
Sardinha, Luis B
Timperio, Anna
van Sluijs, Esther M F

January 2016

OBJECTIVES: Different accelerometer cutpoints used by different researchers often yields vastly diff...

Discrepancies between Methods of Identifying Objectively Determined Physical Activity

Ham, sandra
Reis, Jared
Strath, Scott
DuBose, Katrina
Ainsworth, Barbara

January 2007

Current methods for validating physical activity (PA) questionnaires typically use accelerometers as...

Beyond Cut-points: Accelerometer Metrics that Capture the Physical Activity Profile.

Alex V. Rowlands (3195804)
Charlotte L. Edwardson (7152536)
Melanie J. Davies (7155500)
Kamlesh Khunti (171607)
Deirdre M. Harrington (7240919)
Tom Yates (294776)

January 2018

PURPOSE: Commonly used physical activity metrics tell us little about the intensity distribution acr...

Enhancing the value of accelerometer-assessed physical activity: meaningful visual comparisons of data-driven translational accelerometer metrics.

Rowlands, AV
Dawkins, NP
Maylor, B
Edwardson, CL
Fairclough, SJ
Davies, MJ
Harrington, DM
Khunti, K
Yates, T

December 2019

The lack of consensus on meaningful and interpretable physical activity outcomes from accelerometer ...

RESEARCH ARTICLE Estimating relative intensi t W

August 2016

Full list of author information is available at the end of the articlePhysical activity (PA) intensi...

Evaluation of Wrist Accelerometer Cut-Points for Classifying Physical Activity Intensity in Youth

Trost, Stewart G.
Brookes, Denise S.K.
Ahmadi, Matthew N.

May 2022

Background: Wrist worn accelerometers are convenient to wear and provide greater compliance. However...

Equating accelerometer estimates among youth : the Rosetta Stone 2

Brazendalea, Keith
Beets, Michael W.
Bornsteina, Daniel B.
Moore, Justin B.
Pate, Russell R.
Weaver, Robert G.
Falck, Ryan S.
Chandler, Jessica L.
Andersen, Lars B.
Anderssen, Sigmund A.
Cardon, Greet
Cooper, Ashley
Davey, Rachel
Froberg, Karsten
Hallal, Pedro C.
Janz, Kathleen
Kordas, Katarzyna
Kriemler, Susi
Puder, Jardena J.
Reilly, John J.
Salmon, Jo
Sardinha, Luis B.
Timperio, Anna
van Sluijs, Esther M. F.

January 2015

Different accelerometer cutpoints used by different researchers often yields vastly different estima...

Providing a Basis for Harmonization of Accelerometer-Assessed Physical Activity Outcomes Across Epidemiological Datasets

A Rowlands (7703432)
T Plekhanova (7703435)
T Yates (7347116)
E Mirkes (7703438)
M Davies (7552133)
K Khunti (7552136)
C Edwardson (7493978)

September 2019

Introduction: To capitalize on the increasing availability of accelerometry data for epidemiological...

Validation of a Trunk-mounted Accelerometer to Measure Peak Impacts during Team Sport Movements

Wundersitz, D.
Gastin, P.
Robertson, S.
Davey, Paul
Netto, Kevin

January 2015

RESEARCH ARTICLE Validation of Cut-Points for Evaluating the Intensity of Physical Activity with Accelerometry-Based Mean Amplitude

Abstract

Extracted data

RESEARCH ARTICLE Validation of Cut-Points for Evaluating the Intensity of Physical Activity with Accelerometry-Based Mean Amplitude

Abstract

Extracted data

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