Unterschiede
Hier werden die Unterschiede zwischen zwei Versionen angezeigt.
Nächste Überarbeitung | Vorhergehende ÜberarbeitungLetzte ÜberarbeitungBeide Seiten der Revision | ||
arbeiten:stressverhalten_teilautomatisch [05.01.2016 15:32] – Erstellt mit dem Formular arbeiten:anlegen Raphael Wimmer | arbeiten:stressverhalten_teilautomatisch [09.04.2016 14:47] – [Data-Entry] Team Medieninformatik | ||
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- | Student | + | Student |
- | Professor_thesisprofessor | + | Professor_thesisprofessor : Christian Wolff # |
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- | Stichworte_thesiskeywords | + | Stichworte_thesiskeywords : OTH, Robotik, Evaluation |
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=== Hintergrund === | === Hintergrund === | ||
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=== Weiterführende Quellen === | === Weiterführende Quellen === | ||
[1] Bonarini A., Mainardi L., Matteucci M., Tognetti S., Colombo R. (2008). Stress Recognition in a Robotic Rehabilition Task. Proc. of “Robotic Helpers: User Interaction Interfaces and Companions in Assistive and Therapy Robotics” a Workshop at ACM/IEEE HRI 2008, vol. 1, pp.41-48 | [1] Bonarini A., Mainardi L., Matteucci M., Tognetti S., Colombo R. (2008). Stress Recognition in a Robotic Rehabilition Task. Proc. of “Robotic Helpers: User Interaction Interfaces and Companions in Assistive and Therapy Robotics” a Workshop at ACM/IEEE HRI 2008, vol. 1, pp.41-48 | ||
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[2] Taniguchi K., Nishikawa A., Nakagoe H. (2007). Evaluating the surgeon' | [2] Taniguchi K., Nishikawa A., Nakagoe H. (2007). Evaluating the surgeon' | ||
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[3] Healey J. (2000). Wearable and Automotive Systems for Affect Recognition from Physiology. Technical Report 526, PhD thesis, MIT, Cambridge, Mass. | [3] Healey J. (2000). Wearable and Automotive Systems for Affect Recognition from Physiology. Technical Report 526, PhD thesis, MIT, Cambridge, Mass. | ||
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[4] Vyzas, E. (1999). Recognition of Emotional and Cognitive States Using Physiological Data. Phd thesis, MIT, Cambrigde, MA | [4] Vyzas, E. (1999). Recognition of Emotional and Cognitive States Using Physiological Data. Phd thesis, MIT, Cambrigde, MA | ||
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[5] Zhai J., Barreto A. (2006). Stress recognition using non-invasive technology. FLAIRS (2006), pp. 395-400 | [5] Zhai J., Barreto A. (2006). Stress recognition using non-invasive technology. FLAIRS (2006), pp. 395-400 | ||
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[6] Sano A., Picard R. (2013). Stress recognition using wearable sensors and mobile phones. Affective Computing and Intelligent Interaction, | [6] Sano A., Picard R. (2013). Stress recognition using wearable sensors and mobile phones. Affective Computing and Intelligent Interaction, | ||
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[7] Villarejo M., Zapirain B., Zorrilla A. (2012). A stress sensor based on Galvanic Skin Response (GSR) controlled by ZigBee. Sensors 2012, 12, 6075-6101 | [7] Villarejo M., Zapirain B., Zorrilla A. (2012). A stress sensor based on Galvanic Skin Response (GSR) controlled by ZigBee. Sensors 2012, 12, 6075-6101 | ||
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[8] Zanchettin A. (2012). Human-centric behavior of redundant manipulators under kinematic control, PhD thesis, Politecnico di Milano (2012) | [8] Zanchettin A. (2012). Human-centric behavior of redundant manipulators under kinematic control, PhD thesis, Politecnico di Milano (2012) | ||
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[9] McDuff D.,Gontarek S., Picard R. (2014). Remote Measurement of Cognitive Stress via Heart Rate Variability. In the 36th Annual International Conference of the IEEE Engineering in Medicine and Biology Society (EMBC) | [9] McDuff D.,Gontarek S., Picard R. (2014). Remote Measurement of Cognitive Stress via Heart Rate Variability. In the 36th Annual International Conference of the IEEE Engineering in Medicine and Biology Society (EMBC) | ||