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Preposition and postposition / Syntax / Robotics / Mind / Robot / Human–robot interaction / Mobile robot / Natural language understanding / Dialog system / Linguistics / Multimodal interaction / Science


Using Semantic Fields to Model Dynamic Spatial Relations in a Robot Architecture for Natural Language Instruction of Service Robots* Juan Fasola and Maja J Matarić, Fellow, IEEE Abstract— We present a methodology for
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Document Date: 2013-08-22 02:56:45


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City

Québec City / Gyeongju / natural language / Cambridge / Coventry / Humanlike Task / New York / /

Company

MIT Press / Oxford University Press Inc / AAAI Press / /

Country

Canada / Korea / /

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Facility

University of Southern California / University of Freiburg / /

IndustryTerm

robot software architecture using maps / situated dialogue systems / path planning algorithm / appropriate solution / real world applications / appropriate solutions / natural language processing / software architecture / robot software architecture / minimum cost solution / /

Organization

National Park Service / National Science Foundation / MIT / Variable Inference Accuracy Command / University of Southern California / Los Angeles / Intel Research Lab in Seattle / University of Freiburg / Association for Computational Linguistics / /

Person

GROUNDINGS FOR NP / Juan Fasola / Ground log(Semantic / Maja J Matarić / G.S. Horn / /

Position

teacher / learning robot assistant / S. Teller / and N. Roy / speaker / system designer / www.ros.org/wiki/base_local_planner / qualified technician / base local planner / planner / local planner / Interpreter / CANDIDATE / /

PublishedMedium

Computational Linguistics / Behavioral and Brain Sciences / /

Region

Southern California / /

Technology

neuroscience / laser / speech recognition / natural language processing / artificial intelligence / A* path planning algorithm / pdf / /

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http /

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