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Cognitive Machines: Difference between revisions
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How machines can learn to communicate in deeply meaningful ways. | How machines can learn to communicate in deeply meaningful ways. | ||
* | * [[Situated Speech Understanding in Compter Games]] Peter Gorniak | ||
* | * [[Seeing Meaning]] Amber Frid-Jimenez and Phil DeCamp | ||
* | * [[Mental Imagery for Conversational Robots]] Kai-yuh Hsaio and Nick Mavridis | ||
* | * [[Asfaloth: A Simulated Voice Controlled Vehicle]] Stephanie Tellex | ||
* | * [[Situated Statistical Language Learning]] Mike Fleischman | ||
* [[IMAGINER: Mental Models for Conversational Robots]] Nikolaos Mavridis | |||
back to [[Main_Page]] | back to [[Main_Page]] | ||
Latest revision as of 03:16, 30 December 2005
Deb Roy
Cognitive Machines
How machines can learn to communicate in deeply meaningful ways.
- Situated Speech Understanding in Compter Games Peter Gorniak
- Seeing Meaning Amber Frid-Jimenez and Phil DeCamp
- Mental Imagery for Conversational Robots Kai-yuh Hsaio and Nick Mavridis
- Asfaloth: A Simulated Voice Controlled Vehicle Stephanie Tellex
- Situated Statistical Language Learning Mike Fleischman
- IMAGINER: Mental Models for Conversational Robots Nikolaos Mavridis
back to Main_Page