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61
Automation of nonverbal communication of facial expressions
In: http://ibug.doc.ic.ac.uk/media/uploads/documents/Euromedia98.pdf (1998)
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62
Semantic Relation Mining of Solid Compounds in Medical Corpora
In: http://person.hst.aau.dk/ska/MIE2008/ParalleSessions/PapersForDownloads/03.DS%26KM/SHTI136-0217.pdf
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63
Automation Of Non-Verbal Communication Of Facial Expressions
In: http://www.kbs.twi.tudelft.nl/People/Staff/M.Pantic/Euromedia98.ps
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64
ABSTRACT Synthesizing Speech Animation By Learning Compact Speech Co-Articulation Models
In: http://graphics.cs.uh.edu/publication/pub/CGI-speech.pdf
Abstract: Figure 1: Some synthesized frames of singing a part of “hunter ” music (by dido). While speech animation fundamentally consists of a sequence of phonemes over time, sophisticated animation requires smooth interpolation and co-articulation effects, where the preceding and following phonemes influence the shape of a phoneme. Coarticulation has been approached in speech animation research in several ways, most often by simply smoothing the mouth geometry motion over time. Data-driven approaches tend to generate realistic speech animation, but they need to store a large facial motion database, which is not feasible for real time gaming and interactive applications on platforms such as PDAs and cell phones. In this paper we show that accurate speech co-articulation model with compact size can be learned from facial motion capture data. An initial phoneme sequence is generated automatically from Text-To-Speech (TTS) systems. Then, our learned co-articulation model is applied to the resulting phoneme sequence, producing natural and detailed motion. The contribution of this work is that speech coarticulation models “learned ” from real human motion data can be used to generate natural-looking speech motion while simultaneously preserving the expressiveness of the animation via keyframing control. Simultaneously, this approach can be effectively applied to interactive applications due to its compact size.
Keyword: Data-Driven; Dynamic Programming; Facial Animation; Keyframing Control; Motion Capture; Speech Animation; Speech Co-Articulation
URL: http://graphics.cs.uh.edu/publication/pub/CGI-speech.pdf
http://citeseerx.ist.psu.edu/viewdoc/summary?doi=10.1.1.81.8732
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