Development of a bespoke motion capture system allowing real-time biofeedback of movement for use in the clinical environment

Lindsay Clarke; Andrew J Murphy; Phil Rowe

Development of a bespoke motion capture system allowing real-time biofeedback of movement for use in the clinical environment

Lindsay Clarke, Andrew J Murphy, Phil Rowe

Biomedical Engineering

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Abstract

A biomechanical model was developed which removes an aspect of the technical inaccessibility of current commercially available motion capture systems. The model allows output of kinematics and visual feedback of movement to the patient and clinician. Currently, flexion/extension, internal/external rotation and ab/adduction angles can be displayed for all joints. Shank/thigh to vertical angle and pelvic, tilt, obliquity and rotation can also be displayed.

Original language	English
Pages	AS-0125
Number of pages	2
Publication status	Published - 12 Jul 2015
Event	XXV Congress International Society of Biomechanics - Glasgow, United Kingdom Duration: 12 Jul 2015 → 16 Jul 2015 http://www.isbglasgow.com/index.php/home1/about-isb-2015-glasgow

Conference

Conference	XXV Congress International Society of Biomechanics
Abbreviated title	ISB 2015
Country/Territory	United Kingdom
City	Glasgow
Period	12/07/15 → 16/07/15
Internet address	http://www.isbglasgow.com/index.php/home1/about-isb-2015-glasgow

Keywords

motion capture system
biofeedback
patient feedback
clinician-patient dialogue

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Clarke-etal-ISB-2015-bespoke-motion-capture-system-allowing-real-time-biofeedback-of-movement-for-use-in-the-clinical-environmentFinal published version, 6.62 MB

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title = "Development of a bespoke motion capture system allowing real-time biofeedback of movement for use in the clinical environment",

abstract = "A biomechanical model was developed which removes an aspect of the technical inaccessibility of current commercially available motion capture systems. The model allows output of kinematics and visual feedback of movement to the patient and clinician. Currently, flexion/extension, internal/external rotation and ab/adduction angles can be displayed for all joints. Shank/thigh to vertical angle and pelvic, tilt, obliquity and rotation can also be displayed.",

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T1 - Development of a bespoke motion capture system allowing real-time biofeedback of movement for use in the clinical environment

AU - Clarke, Lindsay

AU - Murphy, Andrew J

AU - Rowe, Phil

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Y1 - 2015/7/12

N2 - A biomechanical model was developed which removes an aspect of the technical inaccessibility of current commercially available motion capture systems. The model allows output of kinematics and visual feedback of movement to the patient and clinician. Currently, flexion/extension, internal/external rotation and ab/adduction angles can be displayed for all joints. Shank/thigh to vertical angle and pelvic, tilt, obliquity and rotation can also be displayed.

AB - A biomechanical model was developed which removes an aspect of the technical inaccessibility of current commercially available motion capture systems. The model allows output of kinematics and visual feedback of movement to the patient and clinician. Currently, flexion/extension, internal/external rotation and ab/adduction angles can be displayed for all joints. Shank/thigh to vertical angle and pelvic, tilt, obliquity and rotation can also be displayed.

KW - motion capture system

KW - biofeedback

KW - patient feedback

KW - clinician-patient dialogue

M3 - Paper

SP - AS-0125

T2 - XXV Congress International Society of Biomechanics

Y2 - 12 July 2015 through 16 July 2015

ER -

Development of a bespoke motion capture system allowing real-time biofeedback of movement for use in the clinical environment

Abstract

Conference

Keywords

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