Scene Analysis for Service Robots
@inproceedings{Eidenberger2012SceneAF, title={Scene Analysis for Service Robots}, author={Robert Eidenberger and Thilo Grundmann and Martin Schneider and Wendelin Feiten and Michael Fiegert and Georg von Wichert and Gisbert Lawitzky}, booktitle={Towards Service Robots for Everyday Environments}, year={2012} }
A scene analysis module for service robots is presented which uses SIFT in a stereo setting, a systematic handling of uncertainties and an active perception component. The system is integrated and evaluated on the DESIRE two-arm mobile robot. Complex everyday scenes composed of various items from a 100-object database are analyzed successfully and efficiently.
7 Citations
Probabilistic Cognition for Autonomous Systems: Abstraction, Semantics and Knowledge
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The effectiveness of the proposed KSMCMC sampling technique is demonstrated in two typical tasks in the robotic domain: semantic mapping and scene analysis.
Active scene recognition for programming by demonstration using next-best-view estimates from hierarchical Implicit Shape Models
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We present an approach that combines passive scene understanding with object search in order to recognize scenes in indoor environments that cannot be perceived from a single point of view. Passive…
Active Scene Recognition
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Detailed technical presentation of our contributions that are related to Active Scene Recognition. This includes our approaches to Object Pose Prediction and Next-Best-View estimation.
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A histogram filter variant that uses the exploration capabilities of robots, and supports active perception through a next-best-view proposal algorithm, and a histogram-based fusion method that focuses on the orientation of the 6 degrees of freedom (DoF) pose.
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- Computer Science
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The accuracy of the orientation estimation using the proposed method is not yet comparable to state-of-the-art algorithms in the general case of unrestricted viewing directions, but the evaluation of view and surface part informativeness gives plausible and promising results for building effective view planning criteria.
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