Virtual Try-on Technology Research Articles

Comparative Assessment of Virtual Garments using Direct and Manual Avatars

The purpose of this paper is to compare two avatars made using direct and manual methods and to evaluate the fit and appearance of two virtual garments on the direct and manual avatars. In this study, two subjects were measured by (TC) 2 body scanner and the avatars and virtual garments were created by OptiTex software. The direct avatar was made by the direct importation of 3D body scan data and the manual avatar was made by manual input from extracted body measurement. Two virtual garments in a tank-top were evaluated by distance, transparency, and stretch maps. In the results of comparing difference of the direct and manual avatars, the bust and back of the manual avatar are protruded slightly more than that of the direct avatar and the manual avatar is slightly larger dimensions at the bust, waist, abdomen, and hip area in the side view in case of subject 1 and 2. In the results of comparing difference of the fit and appearance of two virtual garments on the direct and manual avatars, in case of subject 1 and 2, the back of the virtual garment on the manual avatar are protruded more than that of the direct avatar. Also, the ease in the bust area of the virtual garment on the manual avatar with a projected bust area was smaller than that of the virtual garment on the direct avatar and the stretch of that of the manual avatar was also high in the bust area. The results of this study are expected to be used as basic information in the apparel industry using virtual try-on technology.

Adoption of Virtual Try-on technology for online apparel shopping

Virtual try-on technology (referred to in this article as Virtual Try-on) can deliver product information that is similar to the information obtained from direct product examination. In addition, the interactivity and customer involvement created by Virtual Try-on can enhance the entertainment value of the online shopping experience. We used focus group interviews and an online national survey to investigate online apparel shoppers’ use of Virtual Try-on to reduce product risks and increase enjoyment in online shopping.We also examined the impact of two important external variables (innovativeness and technology anxiety) that are not included in the electronic Technology Acceptance Model (e-TAM) but were expected to influence adoption of Virtual Try-on and whether or not gender differences existed in the Virtual Try-on adoption process. We examined this dual (functional and hedonic) role of Virtual Try-on by applying a modified e-TAM model to the Virtual Try-on technology adoption process and tested model invariance among male and female shoppers using Virtual Try-on in a simulated online shopping experience. The extended research model was validated in the context of Virtual Try-on adoption.Technology anxiety and innovativeness had significant moderating effects on the relationship between attitude and use of Virtual Try-on technology; however, there was no significant gender difference in the overall adoption process for Virtual Try-on.