Estimating postural convergence during dyadic conversations

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Table of contents

Table of contents
Abstract
I. Introduction
I.1 Related work and limitations of current systems
I.2 Thesis scope and objectives
I.3 Approach
I.4 Collaboration projects
I.5 Outline of the thesis
II. Coding and analyzing static postures of humans
II.1 Related work
II.2 Thesis contribution: the EXPO-sitting scheme for coding whole body static postures during seated dyadic conversations
II.3 Thesis contribution: Estimating postural convergence during dyadic conversations
II.4 Thesis contribution: the EXPO-standing scheme for coding standing leg postures .
II.5 Conclusion
III. Bodily expressions in virtual characters: Application to Affective Interaction
III.1 Related Work
III.2 Thesis Contribution: Designing static postural expressions of action tendencies
III.3 Thesis Contribution: Evaluating the static postural expressions of action tendencies
III.4 Thesis Contribution: Designing dynamic postural expressions of action tendencies
III.5 Thesis contribution: Evaluating the dynamic postural expressions of action tendencies
III.6 Conclusions
IV. Bodily Expressions in Virtual Characters: Application to Ambient Interaction .
IV.1 Related work
IV.2 Designing and evaluating a location-aware virtual character in Ambient Interaction
IV.3 Conclusions
V. Conclusion and Future Directions
V.1 Research contributions
V.2 Practical contributions
V.3 Future directions
Appendices
References