Searching for objects driven by context

author: Bogdan Alexe, Department of Information Technology and Electrical Engineering, ETH Zurich
published: Jan. 14, 2013,   recorded: December 2012,   views: 102
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Description

The dominant visual search paradigm for object class detection is sliding windows. Although simple and effective, it is also wasteful, unnatural and rigidly hardwired. We propose strategies to search for objects which intelligently explore the space of windows by making sequential observations at locations decided based on previous observations. Our strategies adapt to the class being searched and to the content of a particular test image. Their driving force is exploiting context as the statistical relation between the appearance of a window and its location relative to the object, as observed in the training set. In addition to being more elegant than sliding windows, we demonstrate experimentally on the PASCAL VOC 2010 dataset that our strategies evaluate two orders of magnitude fewer windows while at the same time achieving higher detection accuracy.

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Download slides icon Download slides: machine_alexe_searching_objects_01.pdf (2.6 MB)

Download article icon Download article: machine_alexe_searching_objects_01.pdf (6.5 MB)


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