Design and Product Development

An Exploratory Study of Body Measurements Prediction using Machine Learning and 3D Body Scans

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Abstract

Obtaining accurate body measurements is a critical step when designing products to fit the human body. Compared to traditional manual methods, 3D body scanning has fundamentally enhanced the accessibility of the body. However, the datasets extracted from 3D body scans often have missing values. Recently, the applications of data-driven Machine Learning methods (ML) in anthropometrics studies and clothing-related work have been increasing. However, there has been limited research on exploring if missing data and difficult-to-extract measurements from 3D scans could be predicted accurately and efficiently by using ML methods. Therefore, this exploratory study investigates the potential use of one mainstream ML model, the Support Vector Regression (SVR) model, in improving the usefulness of a 3D body scan dataset. The dataset consisted of body scans of 245 participants living in a mid-western city in the United States. It was found that SVR could predict missing body measurements well. 

Keywords: Machine Learning, 3D Body Scan, Body Measurements

How to Cite:

Wu, Y., Xuebo, L., Morris, K. D., Lu, S. & Wu, H., (2022) “An Exploratory Study of Body Measurements Prediction using Machine Learning and 3D Body Scans”, International Textile and Apparel Association Annual Conference Proceedings 79(1). doi: https://doi.org/10.31274/itaa.15966