Sensor Layout Evaluation / 传感布局评估框架

Textile stretch sensor layouts strongly affect motion-capture performance, yet comparing many placements usually requires costly physical prototypes. This framework uses mutual information to quantify relationships between candidate sensor positions and joint angles, as well as redundancy among sensors, from simulated data—so designers can screen layouts computationally before fabrication and bridge simulation evidence with design decisions.

织物拉伸传感布局会显著影响运动捕捉表现，但比较多种布局往往需要昂贵的实物原型。该框架基于仿真数据，用互信息量化候选传感位置与关节角、以及传感器之间的冗余关系，使设计者能在打样前先做计算筛选，并将仿真证据与设计决策连接起来。