This project aims to give a review of electronic and 3D pleats and the development of pleats in the age of smart textiles.

Research and Demonstration of Barrier-Free Garment System to Meet the Human Body and Movement Characteristics of People with Disabilities.

This project aims to leverage deep learning and time-series analysis for anomaly detection such that relieving operators from manually monitoring.

This project aims to understand the effect of the materials and designs of the current anti-vibration gloves, then creates 3D structured weft-knitted fabrics by using different types of knitting arrangements and materials. Next, develop various anti-vibrantion gloves prototypes and finally conduct wear trials to verify the effectiveness of the glove.

In this study, a method that uses an elastic inlay is adopted to modify the physical and compression properties of spacer fabrics. Fifteen samples constructed with different spacer structures and inlay yarns and patterns were fabricated and then evaluated.

The project provides an objective and reliable method for the evaluation of breast motions, vertical displacement and bra-breast pressures under different bra conditions.