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P. Viswanathan, D. Meger, T. Southey, J. J. Little, and Alan K. Mackworth. Automated Spatial-Semantic Modeling with Applications to Place Labeling and Informed Search. In Proc. of Canadian Robot Vision, 2009.
This paper presents a spatial-semantic modeling system featuring automated learning of object-place relations from an online annotated database, and the application of these relations to a variety of real-world tasks. The system is able to label novel scenes with place information, as we demonstrate on test scenes drawn from the same source as our training set. We have designed our system for future enhancement of a robot platform that performs state-of-the-art object recognition and creates object maps of realistic environments. In this context, we demonstrate the use of spatial-semantic information to perform clustering and place labeling of object maps obtained from real homes. This place information is fed back into the robot system to inform an object search planner about likely locations of a query object. As a whole, this system represents a new level in spatial reasoning and semantic understanding for a physical platform.
@InProceedings{PoojaCRV09,
author = {P. Viswanathan and D. Meger and T. Southey and J. J. Little and Alan K. Mackworth},
title = {Automated Spatial-Semantic Modeling with Applications to Place Labeling and Informed Search},
year = {2009},
booktitle = {Proc. of Canadian Robot Vision},
abstract = {This paper presents a spatial-semantic modeling system featuring automated learning of object-place relations from an online annotated database,
and the application of these relations to a variety of real-world tasks. The system is able to label novel scenes with place information, as we demonstrate on test scenes
drawn from the same source as our training set. We have designed our system for future enhancement of a robot platform that performs state-of-the-art object
recognition and creates object maps of realistic environments. In this context, we demonstrate the use of spatial-semantic information to perform clustering and
place labeling of object maps obtained from real homes. This place information is fed back into the robot system to inform an object search planner about likely locations
of a query object. As a whole, this system represents a new level in spatial reasoning and semantic understanding for a physical platform.
},
bib2html_pubtype ={Refereed Conference Proceeding},
bib2html_rescat ={},
}
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