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Affective Computing: Difference between revisions
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* [[Sensor-Fusion Using Semi-Supervised Learning]] Ashish Kapoor | * [[Sensor-Fusion Using Semi-Supervised Learning]] Ashish Kapoor | ||
* [[Affective Learning Companion]] Win Burleson | * [[Affective Learning Companion]] Win Burleson | ||
* [[Affective | * [[Affective Cognitive Learning and Decision Making]] Hyungil Ahn | ||
* [[Emotional Needs and Learning]] Shaundra Daily | * [[Emotional Needs and Learning]] Shaundra Daily | ||
* [[Mixture of GPs for multimodal affect recognition]] Ashish Kapoor | * [[Mixture of GPs for multimodal affect recognition]] Ashish Kapoor | ||
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back to [[Main Page]] | back to [[Main Page]] | ||
[[Category:Emotemail]] | |||
[[Category:Tangible Media|o]] | |||
Latest revision as of 03:13, 30 December 2005
Rosalind W. Picard
Affective Computing
How computational systems can sense, recognize, and understand human emotions and respond.
- Bayesian Conditional Random Fields for Joint Classifications of Relational Data Yaun Qui
- Sharing Emotions Through Active Expressions Shaundra Daily
- Emotemail Carson Reynolds
- Mouse-Behavior Analysis and Adaptive Relational Agents Philip Davis
- Sensor-Fusion Using Semi-Supervised Learning Ashish Kapoor
- Affective Learning Companion Win Burleson
- Affective Cognitive Learning and Decision Making Hyungil Ahn
- Emotional Needs and Learning Shaundra Daily
- Mixture of GPs for multimodal affect recognition Ashish Kapoor
- Moral Sensors and Guilt Detection Carson Reynolds and Philip Davis
back to Main Page