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Relationship between psychological traits and automated classification of pain intensity.

, , , and . ISCT, page 49-55. Ulm University, (2015)

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Audio-Visual Recognition of Pain Intensity., , , , and . MPRSS, volume 10183 of Lecture Notes in Computer Science, page 110-126. Springer, (2016)Preliminary classification of cognitive load states in a human machine interaction scenario., , , , and . ICCT, page 1-5. IEEE, (2017)Adapting Dialogue to User Emotion - A Wizard-of-Oz study for adaptation strategies., , , , and . IWSDS, page 285-294. Springer, (2011)Personalized k-fold Cross-Validation Analysis with Transfer from Phasic to Tonic Pain Recognition on X-ITE Pain Database., , , , and . ICPR Workshops (6), volume 12666 of Lecture Notes in Computer Science, page 788-802. Springer, (2020)Automated Assessment of Pain (AAP)., , and . ICMI, page 820-821. ACM, (2023)Pain Recognition Differences between Female and Male Subjects: An Analysis based on the Physiological Signals of the X-ITE Pain Database., , , , , and . ICMI Companion, page 121-130. ACM, (2023)Multimodal Data Fusion for Person-Independent, Continuous Estimation of Pain Intensity., , , , , , and . EANN, volume 517 of Communications in Computer and Information Science, page 275-285. Springer, (2015)Relationship between psychological traits and automated classification of pain intensity., , , and . ISCT, page 49-55. Ulm University, (2015)Bridging the gap between robotic technology and health care., , , , , , and . Biomed. Signal Process. Control., (2014)Automated Assessment of Pain., , and . ICMI, page 852. ACM, (2021)