HCI
Focus: Human–AI Collaboration · Cognitive Chain
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Task DifficultyThe left project is cognitive research with robotic arm
Color Scramble is a two-player tabletop game that uses building blocks to construct in three-dimensional space. In this game, players take turns placing color blocks to maximize the continuous surface area formed by their color in the three-dimensional space. A round of the gameconsists of three matches, in each of which the robotic arm NPC places blocks on the board accordingto diferent principles as an aid, with three states: bias A or B and neutral. A key feature of the game is that the competitive relationship between the two players is actually ambiguous after the introduction of the robotic arm NPC. Therefore, how users view the relationship between machines and humans,and the disturbance the machine's addition brings to the relationship between human players, is the issue this project focuses on. Through data analysis, we found that the state and order of the machinehave a certain impact on human-robot trust and game experience.
Research Experience:
- Pervasive Human Computer Interaction Laboratory
- 清华大学人机交互与普适计算实验室
- Jan 2025---Current
- Designed 20 tasks and built an eye-tracking interface, leading user testing for automation agent experiments
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Contributed to built a cognitive chain decomposition model to analyze user interaction processes, and conductedquantitative assessment of task-related cognitive workload and difficulty levels
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Calibrated thinking-time calculations through model fitting based on users’ actual task completion times
- Completed a top-tier conference paper and currently under publication: TaskSense: Cognitive Chain Modeling and Difficulty Estimation of GUI Tasks
- The Future Laboratory
- Odor Detection and Olfactory Computing Group
- 未来实验室 嗅觉交互组
- Mar 2022---Mar 2023
- Reviewed 50+ papers in the fields of olfactory interaction and automotive research and presented to 30+ audience
- Developed 3 concepts of vehicle-mounted scent accessories, Completed 1 prototype of olfactory shooter (Arduino) This project explores how olfactory stimuli can enhance the sense of presence in virtual reality. By integrating a multimodal scent playback system, the work expands sensory engagement beyond vision and sound, providing a richer and more immersive simulation of environmental realism.