Yuntao Wang

Yuntao Wang

Associate Professor (Research Track)
Yuntao Wang’s research centers on physiobehavioral computing and intelligent interaction for mobile and wearable systems. His work focuses on (1) developing robust, efficient sensing that performs reliably on mainstream devices, (2) extracting spatiotemporal patterns from multimodal signals to infer interaction intent by leveraging natural behavioral correlations, and (3) designing edge-efficient interfaces that deliver high performance on mobile and wearable platforms. He has published 90+ papers, received 10 international conference awards, and holds 30+ granted patents. His contributions have been recognized with honors including the Wu Wenjun AI Outstanding Youth Award (2024), the CAST Young Elite Scientists Sponsorship Program (2022), the Qinghai High-Level Innovation & Entrepreneurship Leading Talent (2024), and the First Prize of the China Electronics Institute Science & Technology Award (2019).
热门
欢迎试用 FacePhys Findings 科研平台 featured image

欢迎试用 FacePhys Findings 科研平台

研究级非接触式生理传感系统,提供100+维度生理行为数据。

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Yuntao Wang
热门
担任ISWC 2026技术程序主席 featured image

担任ISWC 2026技术程序主席

10月上海Ubicomp/ISWC 2026见!

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Yuntao Wang

The Homework Wars: Exploring Emotions, Behaviours, and Conflicts in Parent-Child Homework Interactions

Parental involvement in homework is a crucial aspect of family education, but it often triggers emotional strain and conflicts. Despite growing concern over its impact on family …

nan-gao

Computing with Smart Rings: A Systematic Literature Review

首个围绕智能指环文献的系统性综述,涵盖交互、健康监测及未来研究方向。

zeyu-wang

DreamCatcher: a wearer-aware sleep event dataset based on earables in non-restrictive environments

首个居家场景下基于耳戴设备的用户主体睡眠异常感知方法和数据集。

zeyu-wang

MMTSA: Multi-Modal Temporal Segment Attention Network for Efficient Human Activity Recognition

Efficient multimodal HAR using camera and IMU. Achieves 11% F1-score improvement with lower latency on edge devices.

ziqi-gao

Modeling the Trade-off of Privacy Preservation and Activity Recognition on Low-Resolution Images

低分辨率摄像头在隐私保护与活动识别性能之间形成关键权衡,为构建可控、可量化的隐私保护视觉系统提供建模基础。

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Yuntao Wang

MobilePhys: Personalized Mobile Camera-Based Contactless Physiological Sensing

首个基于双摄像头的移动端个性化 rPPG 系统,采用自监督学习框架,无需金标准生理信号标注数据。

xin-liu

An example journal article

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Yuntao Wang