Future textile sensing networksfor human motion monitoring.

A data-driven design tool that translates body-surface deformation into practical textile sensor layouts for motion-capture garments.

一个将人体表面形变数据转化为织物运动传感布局的数据驱动设计工具。

A garment-integrated textile sensing system for recognising shoulder compensation and reconstructing multi-degree-of-freedom movement.

一套集成于服装的织物感知系统，用于识别肩部代偿模式并重建多自由度运动。

A panel-woven textile sensing system for rotator cuff rehabilitation, combining soft garment construction with machine-learning feedback.

面向肩袖康复的面板编织织物传感系统，结合柔性服装结构与机器学习反馈。

An interactive textile garment supporting active scoliosis rehabilitation through sensing, individual calibration, and understandable real-time feedback.

一套通过传感、个体标定与可理解实时反馈支持脊柱侧弯主动康复的交互织物服装。

An evaluation framework for textile stretch sensor layouts based on mutual information, enabling rapid layout assessment before physical prototyping.

基于互信息的织物拉伸传感布局评估框架，在实物打样前快速评估布局有效性。

Doctoral research on textile sensor networks, focusing on sensing layout design, high-density textile sensing architectures, and sensing mechanisms for scalable wearable interfaces.

博士课题聚焦织物传感网络构建，围绕传感布局设计、高密度织物传感网络及传感机制展开研究， 探索可扩展的智能织物感知系统。