Publication | Closed Access
Ensemble Tracking
1.1K
Citations
21
References
2007
Year
Temporal CoherenceMotion DetectionMachine VisionMachine LearningData ScienceImage AnalysisPattern RecognitionEngineeringVideo ProcessingEye TrackingWeak ClassifiersTracking SystemObject TrackingMoving Object TrackingComputer ScienceRobot LearningStrong ClassifierComputer Vision
We formulate tracking as a binary classification problem, training an online ensemble of weak classifiers with AdaBoost to produce a strong classifier that labels pixels, then use mean shift on the resulting confidence map to locate the object while continuously updating the ensemble for temporal coherence. The method is implemented and validated on several video sequences, demonstrating successful tracking performance.
We consider tracking as a binary classification problem, where an ensemble of weak classifiers is trained online to distinguish between the object and the background. The ensemble of weak classifiers is combined into a strong classifier using AdaBoost. The strong classifier is then used to label pixels in the next frame as either belonging to the object or the background, giving a confidence map. The peak of the map and, hence, the new position of the object, is found using mean shift. Temporal coherence is maintained by updating the ensemble with new weak classifiers that are trained online during tracking. We show a realization of this method and demonstrate it on several video sequences.
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