lightbulb现实痛点人体姿态与骨骼感知
用户佩戴柔性传感设备时，位移导致监测关节动作不准确。UbiComp '23DisPad: Flexible On-Body Displacement of Fabric Sensors for Robust Joint-Motion Tracking
传感、识别与安全 / 人体姿态与骨骼感知
用户佩戴柔性传感设备时，位移导致监测关节动作不准确。
同类问题
lightbulb现实痛点人体姿态与骨骼感知
用户在穿着宽松衣物时，动作捕捉设备的关节跟踪误差过大。lightbulb现实痛点人体姿态与骨骼感知
久坐产生健康问题，但用户隐私和舒适性让传统方法不理想。UbiComp '24Intelligent Seat: Tactile Signal-Based 3D Sitting Pose Inference
lightbulb现实痛点人体姿态与骨骼感知
鱼眼视频中，由于失真和多人动作干扰，难以精确还原人体3D姿态。UbiComp '24A Monocular Fisheye Video-Based 2D to 3D Pose Lift Technique with Multiperson Spatial Context Integration
lightbulb现实痛点人体姿态与骨骼感知
文物修复工作者长时间固定姿势导致肌肉疲劳，影响效率和健康。CSCW '23Robotic Systems in Heritage Protection: An Anti-Fatigue Human-Robot Collaboration Exploration for Heritage Painting and Calligraphy Restoration
lightbulb现实痛点人体姿态与骨骼感知
肩关节复杂动作的监测难度高，传统设备精度差且佩戴不适。UbiComp '23A Tailored Textile Sensor-based Wrap for Shoulder Complex Angles Monitoring
lightbulb现实痛点人体姿态与骨骼感知
观察鸟类飞行行为受光线、遮挡等问题影响，数据收集不连续。UbiComp '23A Wireless Integrated System with Hybrid Embedded Sensing for the Continuous Monitoring of Bird Flight
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