In the field of face/head-related product design, 3D statistical models (3DSMs) of human
heads and faces are widely used to model geometric variations, generate representative …

To design high-quality head/face-related products for children, it is essential to be able to
construct 3D geometric models of their head growth patterns and variations. However …

Abstract 3D physical head capture has many applications for headwear and facewear
design. However, the existing methods, usually using commercial scanners, are not cheap …

Eyeglasses are critical for correcting and protecting the vision of children with
myopia/hyperopia. Children's heads grow as their age increases, which can easily cause …

As the metaverse develops rapidly, 3D facial age transformation is attracting increasing
attention, which may bring many potential benefits to a wide variety of users, eg, 3D aging …

Modeling the quantified relationships between anthropometric/product parameters and
human perceptions provides research-driven guidelines for mass customization and …

3D head completion aims at recovering accurate 3D full-head geometry from 2D face
images or 3D face scans. Previous 3D shape reconstruction studies primarily focused on the …

Cluster analysis of 3D head shapes plays a crucial role in the mass customization design of
products related to the head. Head shapes exhibit variations across different races, and …

Due to the complexity of head shape, limited 1D or 2D head anthropometry fail to fully
capture its shape characteristics. Currently, there is limited research on clustering analysis of …

A key factor in determining the comfort level of eyeglasses is the clamping force at the
temple. However, how to accurately measure and estimate the clamping force remains …