Robert J. Ledingham
Reproducibility of body volume assessments in survival clothing in fixed and portable scanning systems.
Ledingham, Robert J.; Nevill, Alan M.; Stewart, Arthur D.
Alan M. Nevill
Arthur D. Stewart
The recent development of portable 3D scanning systems for industries such as animation and museum artefact digitisation have considerable potential for applications involving human body measurement. However, this requires a system for validation of measurements against a criterion, which this study aimed to provide. Forty four adult males were scanned in duplicate in both a fixed Hamamatsu and portable Artec L scanning systems in two postures and two different clothing assemblages. Following inspection of all scans, complete data for duplicate scans of 38 participants were available for the study. Both scanners demonstrated good precision, however significant differences in body volume prevailed for both egress and scanner postures in form-fitting clothing and the scanner posture in survival suit scans, with the Hamamatsu providing greater volumes than the Artec system (by 2.7, 2.8 and 2.1 litres respectively). Regression analysis indicated the results from the portable scanner explained between 96 and 98% of the variability in the results from the fixed scanner. The biases in body volume probably relate to different software approaches to its calculation, and a possible interaction with posture and clothing. Validation of the Artec against the Hamamatsu system provides valuable information for its use in field and industrial settings.
LEDINGHAM, R.J., NEVILL, A.M. and STEWART, A.D. 2013. Reproducibility of body volume assessments in survival clothing in fixed and portable scanning systems. In Proceedings of the 4th International conference on 3D body scanning technologies (3DBST 2013), 19-20 November 2013, Long Beach, USA. Ascona: Hometrica Consulting [online], pages 355-359. Available from: https://doi.org/10.15221/13.355
|Conference Name||4th International conference on 3D body scanning technologies (3DBST 2013)|
|Conference Location||Long Beach, USA|
|Start Date||Nov 19, 2013|
|End Date||Nov 20, 2013|
|Acceptance Date||Nov 20, 2013|
|Online Publication Date||Nov 20, 2013|
|Publication Date||Nov 30, 2013|
|Deposit Date||Nov 19, 2014|
|Publicly Available Date||Nov 19, 2014|
|Keywords||3D scanning; Body volume; Posture; Survival clothing|
STEWART 2013 Reproducibility of body volume
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