01
超声触觉Ultrasonic haptics
研究声致触觉的感知机制、相控阵布局与聚焦策略,构建更清晰、更高效的无接触触觉反馈。Studying perception, array layouts, and focusing strategies for clearer and more efficient contactless haptic feedback.
人机交互研究者 · 原型工程师 HCI researcher · Prototype engineer
研究人、感知与机器之间的界面。 Studying the interfaces between people, perception, and machines.
研究实践Research practice
我是一名人机交互研究者与原型工程师,关注新型交互方式如何从实验室中的信号、材料和算法,转化为可理解、可使用的真实体验。I am an HCI researcher and prototype engineer exploring how signals, materials, and algorithms can become understandable, usable experiences.
了解我的经历与方法Explore my background and approach关注方向Focus areas
01
研究声致触觉的感知机制、相控阵布局与聚焦策略,构建更清晰、更高效的无接触触觉反馈。Studying perception, array layouts, and focusing strategies for clearer and more efficient contactless haptic feedback.
02
通过凝视、平滑追踪与自主眨眼,探索低负担、高可用的人机交互方式。Exploring low-effort, usable interaction through gaze, smooth pursuit, and voluntary blinking.
03
关注脑机接口的信息安全、无线通信及其与智能设备协同工作的交互范式。Investigating secure wireless communication and interaction paradigms connecting BCIs with smart devices.
代表性研究Featured research
Nature Communications · 2025
通过时空编码超表面建立安全的脑机接口无线通信链路,将用户意图、物理层编码与智能设备控制连接起来。A secure wireless BCI link coupling user intent, physical-layer encoding, and smart-device control through a space-time-coding metasurface.
DOI近期成果Recent publications
最近记录Recent notes
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