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Articles

Automatic Stress Classification With Pupil Diameter Analysis

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Yubo Jiao, Zhiqiang Sun, Liping Fu, Xiaozhuo Yu, Chaozhe Jiang, Xiaoming Zhang, Kun Liu & Xiaoyu Chen. (2023) Physiological responses and stress levels of high-speed rail train drivers under various operating conditions - a simulator study in China. International Journal of Rail Transportation 11:4, pages 449-464.
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Xin Zhou, Liang Ma & Wei Zhang. (2022) Event-related driver stress detection with smartphones among young novice drivers. Ergonomics 65:8, pages 1154-1172.
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Punitkumar Bhavsar. (2022) Context-Dependent Cognitive Workload Monitoring using Pupillometry for Control Room Operators to Prevent Overload. IISE Transactions on Occupational Ergonomics and Human Factors 10:2, pages 91-103.
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J Bertilsson, DC Niehorster, PJ Fredriksson, M Dahl, S Granér, O Fredriksson, JM Mårtensson, M Magnusson, PA Fransson & M Nyström. (2020) Towards systematic and objective evaluation of police officer performance in stressful situations. Police Practice and Research 21:6, pages 655-669.
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Juan Luis Higuera-Trujillo, Carmen Llinares Millán, Antoni Montañana i Aviñó & Juan-Carlos Rojas. (2020) Multisensory stress reduction: a neuro-architecture study of paediatric waiting rooms. Building Research & Information 48:3, pages 269-285.
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Ugo Ballenghein, Olga Megalakaki & Thierry Baccino. (2019) Cognitive engagement in emotional text reading: concurrent recordings of eye movements and head motion. Cognition and Emotion 33:7, pages 1448-1460.
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David Rozado, Martin Lochner, Ulrich Engelke & Andreas Dünser. (2019) Detecting Intention Through Motor-Imagery-Triggered Pupil Dilations. Human–Computer Interaction 34:1, pages 83-113.
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Takashi Matsumoto, Yuta Murayama & Kaoru Sakatani. (2017) Bootstrap Analyses of Anxiety Index Measuring the Prefrontal Cortex of Subjects at Rest with Two-Channel Portable NIRS Device. International Journal of Human–Computer Interaction 33:5, pages 399-409.
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Serdar Baltaci & Didem Gokcay. (2016) Stress Detection in Human–Computer Interaction: Fusion of Pupil Dilation and Facial Temperature Features. International Journal of Human–Computer Interaction 32:12, pages 956-966.
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