Spatial-temporal modeling of interactive image interpretation
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Authors
Zhou, Jun
Cheng, Li
Bischof, Walter F.
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VNU Science Press
Abstract
We consider the problem of spatial-temporal modeling of interactive image interpretation. The interactive process is composed of a sequential prediction step and a change detection step. Combining the two steps leads to a semi-automatic predictor that can be applied to a time-series, yields good predictions, and requests new human input when a change point is detected. The model can effectively capture changes of image features and gradually adapts to them. We propose an online framework that naturally addresses these problems in a unified manner. Our empirical study with a synthetic data set and a road tracking dataset demonstrate the efficiency of the proposed approach.
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Keywords
Adaptive tracking, Change detection, Change-points, Data sets, Empirical studies, Image features, Image interpretation, Interactive process, Online learning, Road tracking, Semi-automatics, Sequential prediction, Spatial temporals, Synthetic datasets, E-l Adaptive tracking, Image interpretation, Sequential prediction
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Spatial Vision
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Restricted until
2037-12-31
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