研究方向
我的研究聚焦于眼动交互（Eye Tracking Interaction）与人机交互（HCI），关注如何让交互系统更自然、更高效、更可解释。
My research focuses on eye-tracking interaction and HCI, with the goal of building interaction systems that are natural, efficient, and interpretable.
核心研究主题
- 眼动交互：凝视触发、平滑追踪、眼手协同交互。
- AR/VR 交互系统：面向沉浸式场景的人机协作与可用性优化。
- 注意力与认知信号：基于瞳孔与眼动特征建模用户状态。
- 交互算法优化：提高鲁棒性、精度与实时性能。
- Eye-Tracking Interaction: gaze triggering, smooth pursuit, and eye-hand coordination.
- AR/VR Interactive Systems: human-machine collaboration and usability optimization in immersive settings.
- Attention and Cognitive Signals: user-state modeling from pupil and gaze features.
- Interaction Algorithm Optimization: improving robustness, accuracy, and real-time performance.
当前公开研究方向
眼头协同输入 探索眼头协同策略在文本输入和目标选择任务中的效率提升。 Investigating eye-head coordination for improving efficiency in text entry and target selection.
平滑追踪交互 研究平滑追踪在复杂界面中的输入稳定性与容错机制。 Studying smooth-pursuit input stability and error tolerance in complex interfaces.
眼控系统设计 结合实验与系统实现，形成可复用的眼控交互设计建议。 Combining empirical studies and system implementation into reusable design recommendations.
精选项目
基于VR的月球基地任务仿真与交互研究 这是一个月球探索的展示性VR项目 Led mission scenario design and VR system implementation for lunar-base simulation, including rov...
基于VR手势的指控沙盘交互研究 基于Quest2 的手势交互开发，包括点&线标绘、场景移动缩放、手掌菜单等功能 Implemented gesture-based VR interaction features on Quest 2 for command-sandbox tasks, including...
基于眼控的自闭症儿童注意力训练软件设计研究【本科毕业设计】 设计开发一款给自闭症儿童进行眼控注意力训练等游戏，并实地测试软件 Graduation project focusing on eye-controlled serious games for ASD attention training, validated...
目标会议与期刊
IEEE VR, CHI, IJHCI, IJHCS, Advanced Engineering Informatics
IEEE VR, CHI, IJHCI, IJHCS, Advanced Engineering Informatics
研究原则
- 问题导向：优先解决真实交互场景中的关键痛点。
- 实验与工程并重：从可验证实验走向可部署系统。
- 公开透明：仅展示已公开、已发表或可公开披露内容。
- Problem-driven: prioritize real bottlenecks in practical interaction scenarios.
- Balanced methodology: combine empirical validation with deployable engineering.
- Public-first: only present published or publicly shareable content.