Dimension Transformation and Garment Sample Evaluation via Bibliographic Database

Abstract

In the post-pandemic era, the apparel industry has undergone rapid digital transformation, with cross-dimensional technologies that integrate virtual and physical techniques emerging as a key trend. This study reviews 15 articles from the United States and Canada, exploring the application of physical and virtual simulation technologies to various types of apparel. It also analyzes the current challenges associated with the current transformations occurring within the garment evaluation process. Findings indicate that virtual technologies offer significant advantages in terms of enhancing design efficiency; notably reducing the number of revisions required when developing prototypes, and minimizing waste. These technologies are increasingly integrated with artificial intelligence, leveraging its potential to evaluate garment fit and comfort. However, despite their ability to substantially improve simulation accuracy and efficiency, ultimately validation through actual wearer assessments is required. This study recommends enhancing the interoperability of 2D to 3D tools, to establish evaluation frameworks that can provide new directions to support the digitalization of the apparel industry.

Keywords: Dimension Transformation, Garment Sample Evaluation, 2D-3D, Virtual And Actual Garments.

DOI: 10.54941/ahfe1007516