PASCAL - Pattern Analysis, Statistical Modelling and Computational Learning

Using a spatio-temporal reasoning system to improve object models on the fly
Martin Antenreiter, Johann Prankl, Markus Vincze and Peter Auer
In: 33rd Workshop of the Austrian Association for Pattern Recognition - Visual Learning (2009) Österreichische Computer Gesellschaft , Vienna, Austria , pp. 25-36. ISBN 978-3-85403-254-0

Abstract

We present a system, which is able to track multiple objects under partial and total occlusion. The reasoning system builds up a graph based spatio-temporal representation of object hypotheses and thus is able to explain the scene even if objects are totally occluded. Furthermore it triggers learning new appearances in case of plausible object hypotheses. We represent objects in a star-shaped geometrical model of local descriptors using a codebook. The novelty of our system is to combine a spatio-temporal reasoning system and a local descriptor based object detector for on-line improving object models in terms of adding new, and deleting unreliable interest points. We propose this system for learning object models on the fly, to keep them smart and manageable.

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EPrint Type:Book Section
Project Keyword:Project Keyword UNSPECIFIED
Subjects:Machine Vision
Learning/Statistics & Optimisation
ID Code:6444
Deposited By:Martin Antenreiter
Deposited On:08 March 2010