Frequency-selective acoustic and haptic smart skin for dual-mode . . . We demonstrate that our dual-mode sensor with linear response and frequency selectivity over a wide range of dynamic pressures facilitates the differentiation of surface texture and control of an avatar robot using both acoustic and mechanical inputs without interference from surrounding noise
Frequency-selective acoustic and haptic smart skin for dual . . . We demonstrate that our dual-mode sensor with linear response and frequency selectivity over a wide range of dynamic pressures facilitates the differentiation of surface texture and control of an avatar robot using both acoustic and mechanical inputs without interference from surrounding noise
Frequency-selective acoustic and haptic smart skin for dual-mode . . . We demonstrate that our dual-mode sensor with linear response and frequency selectivity over a wide range of dynamic pressures facilitates the differentiation of surface texture and control of an avatar robot using both acoustic and mechanical inputs without interference from surrounding noise
Frequency-selective acoustic and haptic smart skin for dual-mode . . . We demonstrate that our dual-mode sensor with linear response and frequency selectivity over a wide range of dynamic pressures facilitates the differentiation of sur-face texture and control of an avatar robot using both acoustic and mechanical inputs without interference from surrounding noise
频率选择性声学和触觉智能皮肤，用于双模式动态 静态人机界面 文章提出了一种基于摩擦电传感器的双模式人机界面技术，利用具有铁电复合材料的分层结构实现高灵敏度和线性度。 这种传感器能在宽频率范围内选择性地感知声学和触觉信号，尤其在语音识别和纹理感知方面表现突出。 通过多通道传感器阵列与人工神经网络的结合，能够在嘈杂环境中实现语音识别，同时在动态人机交互应用中，如智能手套控制的机器人手，展现出高效性能。 标题： Frequency-selective acoustic and haptic smart skin for dual-mode dynamic static human-machine interface （2022） 文章链接： https: www science org doi full 10 1126 sciadv abj9220
用于双模式动态 静态人机界面的频率选择性声学和触觉智能 . . . We demonstrate that our dual-mode sensor with linear response and frequency selectivity over a wide range of dynamic pressures facilitates the differentiation of surface texture and control of an avatar robot using both acoustic and mechanical inputs without interference from surrounding noise