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Lang, Christian: Facial Communicative Signals: valence recognition in task-oriented human-robot Interaction. 2012
Inhalt
Acknowledgments
Abstract
Contents
Introduction
Scope and Contribution
Facial Communicative Signals
Valence Recognition
Task-Oriented Human-Robot Interaction
Challenges
Thesis Structure
Facial Communicative Signals
Human Face Perception
Physiological Basis
Behavioral Studies
Face Processing Features
Developmental Aspects
Conclusion
Facial Communicative Signals
Head Gestures
Eye Gaze
Facial Expressions
Conclusion
Valence Recognition
Selection of a Suitable Human-Robot Interaction Scenario
Object-Teaching Scenario and User Study
Video Database Description
Comments from the Participants
Interactive Behavior
Deployed Software
Valence Recognition Task and Ground Truth Data
Display of Facial Communicative Signals
Head Gestures
Eye Gaze
Facial Expressions
FCS Display in the Related Study of Barkhuysen et al. Barkhuysen2005
Conclusion
Human Valence Recognition Performance
Procedure
Results
Conclusion
Related Works
The Study of Barkhuysen et al. Barkhuysen2005
The Interaction Context
Automatic Recognition of Facial Communicative Signals
Face Detection
Knowledge-Based Methods
Feature Invariant Approaches
Template Matching Methods
Appearance-Based Methods
Boosting-Based Face Detection Approach of Viola and Jones Viola2004
Encara Face Detection Approach of Castrillón et al. Castrillon2007
Head Gesture Recognition
Appearance Template Methods
Detector Arrays
Nonlinear Regression Methods
Manifold Embedding Methods
Flexible Models
Geometric Methods
Tracking Methods
Eye Gaze Recognition
Facial Expression Recognition
Static Approaches
Dynamic Approaches
Descriptive Recognition and Interpretation
Current Research Trends
Face Representation and Facial Feature Extraction
Active Appearance Models
Constrained Local Models
Gabor Energy Filters
A Static Baseline Approach
Face Detection
Postprocessing
Facial Feature Extraction
Active Appearance Models
Gabor Energy Filters
Raw Face Images
Deployed Software
Evaluation
Majority Voting Over Frames
Classification with Mean Feature Vectors
Comparison to the Human Recognition Performance
Conclusion
A Dynamic Recognition Approach
Classification based on Reference Subsequences
Discriminative Subsequence Detection
Reference Subsequence Selection
Nearest-Neighbor-based Classification
Biased Classification
Parameter Optimization
Implementation
Related Approaches
Shapelets
Logical Shaplets
Classification with Discriminative Subsequences by Nowozin et al. Nowozin2007
Facial Expression Recognition Approach of Buenaposada et al. Buenaposada2008
Conclusion
Evaluation
Person-Specific Classification with Individual AAMs
Person-Specific Classification with Generic AAMs
Generalization to New Persons
Constrained Local Models for Feature Extraction
Conclusion
Conclusion
Possible Application Scenarios
A Social Robot at Home
Supporting the Training of Artificial Agents using Reinforcement Learning
Outlook
Improving the Dynamic Recognition Approach
Interesting Questions for Future Research
Appendix
Instructions for the Subjects of the Object-Teaching Study
Utterances of Biron in the Object-Teaching Study
Questionnaire for the Subjects of the Object-Teaching Study
Instructions for the Subjects of the Valence Recogniton Study
Questionnaire for the Subjects of the Valence Recogniton Study
Implementation of the Dynamic Recognition Approach
Feature Vector Dimensionality
Previous Publications
References
Bibliography