This research project aims to develop a comprehensive understanding of breast biomechanics and ergonomics through the use of 4D scanning data. The first part involves dense tracking of dynamic breast deformation profiles, with the primary challenge being the establishment of sequential point cloud registration schemes along a 120fps 4D scanning sequence at vertex-level accuracy.

The second part focuses on enhancing deformation pattern analysis, classification, feature extraction, and parametric modeling based on extracted information from the initial phase. This will further our knowledge in breast biomechanics and ergonomics.

Lastly, we aim to fine-tune and verify a virtual Finite Element (FE) model for realistic breast biomechanics modeling. This will aid in designing better wearable products such as sports bras by providing more accurate simulations of real-life motion dynamics.

Overall, this project seeks to bridge gaps in current understanding while pushing boundaries within the field through innovative computational methods.