Tensity Research Based on the Information of Eye Movement
Users mental state is concerned gradually, during the interaction course of human robot. As the measurement and identification method of psychological state, tension, has certain practical significance role. At presents there is no suitable method of measuring the tension. Firstly, sum up some availability of eye movement index. And then parameters extraction on eye movement characteristics of normal illumination is studied, including the location of the face, eyes location, access to the pupil diameter, the eye pupil center characteristic parameters. And with the judgment of the tension in eye images, extract exact information of gaze direction. Finally, through the experiment to prove the proposed method is effective.
Keywords: human-robot interaction Artificial psychology Tension Eye detection.
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ABOUT THE AUTHORS
Yi Wang
Yi Wang is a PhD student at School of Automation and Electrical Engineering, University of Science and Technology Beijing. His current research interests include Humanoid Robot and Artificial Psychology
Zhiliang Wang
Zhiliang Wang is chief professor of University of Science and Technology Beijing, and member of its Academic Committee. His current research projects include: the Digital Technology and Research of Artificial Psychology, Face Recognition, Facial Expression Recognition, Gait Recognition, Commentary Based Service Robot, Individualized Web Information Service System, Digital Entertainment and Entertainment Education.
Yi Wang
Yi Wang is a PhD student at School of Automation and Electrical Engineering, University of Science and Technology Beijing. His current research interests include Humanoid Robot and Artificial Psychology
Zhiliang Wang
Zhiliang Wang is chief professor of University of Science and Technology Beijing, and member of its Academic Committee. His current research projects include: the Digital Technology and Research of Artificial Psychology, Face Recognition, Facial Expression Recognition, Gait Recognition, Commentary Based Service Robot, Individualized Web Information Service System, Digital Entertainment and Entertainment Education.
