Weakly Supervised Object Localization with Stable Segmentations

Multiple Instance Learning (MIL) provides a framework for training a discriminative classifier from data with ambiguous labels. This framework is well suited for the task of learning object classifiers from weakly labeled image data, where only the presence of an object in an image is known, but not its location. Some recent work has explored the application of MIL algorithms to the tasks of image categorization and natural scene classification. In this paper we extend these ideas in a framework that uses MIL to recognize and localize objects in images. To achieve this we employ state of the art image descriptors and multiple stable segmentations. These components, combined with a powerful MIL algorithm, form our object recognition system called MILSS. We show highly competitive object categorization results on the Caltech dataset. To evaluate the performance of our algorithm further, we introduce the challenging Landmarks-18 dataset, a collection of photographs of famous landmarks fro...

• Type: Conference
• Year: 2008
• Where: ECCV
• Authors: Carolina Galleguillos, Boris Babenko, Andrew Rabinovich, Serge J. Belongie
• Keywords: Art Image Descriptors, Competitive Object Categorization, Computer Vision, ECCV 2008, Mil Algorithms, Multiple Stable Segmentations, Powerful Mil Algorithm