ZebraSense: A Double-sided Textile Touch Sensor for Smart Clothing
ZebraSense: A Double-sided Textile Touch Sensor for Smart Clothing
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ZebraSense：用于智能服装的双面纺织品触摸传感器
DOI：
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发表时间：
2020
期刊：
影响因子：
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通讯作者：
I. Poupyrev
中科院分区：
文献类型：
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作者：
Tony Wu;Shiho Fukuhara;N. Gillian;K. Sundara;I. Poupyrev
ZebraSense是一种新型的双面编织触摸传感器，可以识别和区分传感器顶部和底部表面上的交互。ZebraSense基于工业多层纺织技术，但它实现了一种新型的电容式传感模式，其中每个传感元件同时有助于传感器两个表面上的触摸检测。与以前工作中使用的常见“传感器三明治”方法不同，ZebraSense本质上最大限度地减少了传感元件的数量，这大大简化了传感器的结构及其与纺织品的集成，同时保持了最大的传感器分辨率。实验评估证实了我们方法的有效性，并证明ZebraSense是一种可靠、高效和准确的解决方案，可用于在各种双面交互场景中检测用户手势，从而为智能服装、家居装饰、玩具和其他纺织品提供新的用例。
ZebraSense is a novel dual-sided woven touch sensor that can recognize and differentiate interactions on the top and bottom surfaces of the sensor. ZebraSense is based on an industrial multi-layer textile weaving technique, yet it enables a novel capacitive sensing paradigm, where each sensing element contributes to touch detection on both surfaces of the sensor simultaneously. Unlike the common "sensor sandwich" approach used in previous work, ZebraSense inherently minimizes the number of sensing elements, which drastically simplifies both sensor construction and its integration into soft goods, while preserving maximum sensor resolution. The experimental evaluation confirmed the validity of our approach and demonstrated that ZebraSense is a reliable, efficient, and accurate solution for detecting user gestures in various dual-sided interaction scenarios, allowing for new use cases in smart apparel, home decoration, toys, and other textile objects.