Bayesian Pixel Classification for Human Tracking
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A General Framework for Combining Visual Trackers --- The "Black Boxes" Approach
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Robust Tracking Using Foreground-Background Texture Discrimination
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Spatio-Temporal Context for Robust Multitarget Tracking
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Nonparametric background generation
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Tracking with Dynamic Hidden-State Shape Models
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Image description with features that summarize
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Discriminative spatial attention for robust tracking
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Robust visual tracking with discriminative sparse learning
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Dynamic objectness for adaptive tracking
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Visual tracking in continuous appearance space via sparse coding
ACCV'12 Proceedings of the 11th Asian conference on Computer Vision - Volume Part III
Tracking in dense crowds using prominence and neighborhood motion concurrence
Image and Vision Computing
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This paper presents a method for evaluating multiple feature spaceswhile tracking, and for adjusting the set of features used toimprove tracking performance. Our hypothesisis that the featuresthat best discriminate between object and background are also bestfor tracking the object. We develop an on-line feature selectionmechanism based on the two-class variance ratio measure, applied tolog likelihood distributions computed with respect to a givenfeature from samples of object and background pixels. This featureselection mechanism is embedded in a tracking system thatadaptively selects the top-ranked discriminative features fortracking. Examples are presented to illustrate how the methodadapts to changing appearances of both tracked object and scenebackground.