Vowels formants analysis allows straightforward detection of high arousal emotions. - Bogdan Vlasenko; David Philippou-Hübner; Dmytro Prylipko; Ronald Böck; Ingo Siegert; Andreas Wendemuth (ICME, 2011)

Vowels Formants Analysis Allows Straightforward Detection of High Arousal Acted and Spontaneous Emotions. - Bogdan Vlasenko; Dmytro Prylipko; David Philippou-Hübner; Andreas Wendemuth (INTERSPEECH, 2011)

Zanzibar OpenIVR: An Open-Source Framework for Development of Spoken Dialog Systems. - Dmytro Prylipko; Dirk Schnelle-Walka; Spencer Lord; Andreas Wendemuth (TSD, 2011)

Fine-tuning HMMS for nonverbal vocalizations in spontaneous speech: A multicorpus perspective. - Dmytro Prylipko; Björn W. Schuller; Andreas Wendemuth (ICASSP, 2012)

Language Modeling of Nonverbal Vocalizations in Spontaneous Speech. - Dmytro Prylipko; Bogdan Vlasenko; Andreas Stolcke; Andreas Wendemuth (TSD, 2012)

Investigating the Form-Function-Relation of the Discourse Particle "hm" in a Naturalistic Human-Computer Interaction. - Ingo Siegert; Dmytro Prylipko; Kim Hartmann; Ronald Böck; Andreas Wendemuth (WIRN, 2013)

Discourse Particles and User Characteristics in Naturalistic Human-Computer Interaction. - Ingo Siegert; Matthias Haase; Dmytro Prylipko; Andreas Wendemuth (HCI (2), 2014)

Application of image processing methods to filled pauses detection from spontaneous speech. - Dmytro Prylipko; Olga Egorow; Ingo Siegert; Andreas Wendemuth (INTERSPEECH, 2014)

Modeling phonetic pattern variability in favor of the creation of robust emotion classifiers for real-life applications. - Bogdan Vlasenko; Dmytro Prylipko; Ronald Böck; Andreas Wendemuth (Comput. Speech Lang., 2014)

Analysis of significant dialog events in realistic human-computer interaction. - Dmytro Prylipko; Dietmar F. Rösner; Ingo Siegert; Stephan Günther; Rafael Friesen; Matthias Haase; Bogdan Vlasenko; Andreas Wendemuth (J. Multimodal User Interfaces, 2014)