Assessing the Impact of Sensor Orientation on Accelerometer-Derived Angles: A Systematic Analysis and Proposed Error Reduction

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Mcclintock, Fred, Callaway, Andrew, Clark, Carol and Williams, Jonathan (2024) Assessing the Impact of Sensor Orientation on Accelerometer-Derived Angles: A Systematic Analysis and Proposed Error Reduction.

The peak angles of inertial sensors at known angles from a goniometer and motion capture at 40, 80 and 120 degrees for forward bending, and 40, 80 degrees for lateral bending.

Dataset Details

Research / Data Type:	Database
Creators:	Creators Email Mcclintock, Fred fmcclintock@bournemouth.ac.uk Callaway, Andrew acallaway@bournemouth.ac.uk Clark, Carol cclark@bournemouth.ac.uk Williams, Jonathan jwilliams@bournemouth.ac.uk
Groups:	Faculty of Health & Social Sciences (Until 31/07/2025)
Collection period:	From To 1 January 2023 31 January 2023
Temporal Extent:	From To 1 January 2023 31 January 2023
Date:	19 January 2024
Date type:	Publication
Data collection method:	Output from Xsens inertial measurement units and Qualisys motion capture.
Keywords:	accelerometers; human motion; joint angle; motion analysis; sensors
Status:	Published
Publisher:	Bournemouth University
Contact email address:	bordar@bournemouth.ac.uk

Record Details

DOI:	10.18746/bmth.data.00000342
Depositing User:	Fred McClintock
Year Deposited:	19 Jan 2024 12:50
Revision:	20
Last Modified:	11 Mar 2024 08:35

Available Files

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StaticCorrectIMU.xlsx

StaticLateralCorrect.xlsx

StaticLateralMocap.xlsx

StaticLateralOrig.xlsx

StaticOrigIMU.xlsx

StaticMocap.xlsx

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