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Multiple instance learning on deep features for weakly supervised object detection with extreme domain shifts
Nicolas Gonthier Saïd Ladjal Yann Gousseau

Abstract
Weakly supervised object detection (WSOD) using only image-level annotations has attracted a growing attention over the past few years. Whereas such task is typically addressed with a domain-specific solution focused on natural images, we show that a simple multiple instance approach applied on pre-trained deep features yields excellent performances on non-photographic datasets, possibly including new classes. The approach does not include any fine-tuning or cross-domain learning and is therefore efficient and possibly applicable to arbitrary datasets and classes. We investigate several flavors of the proposed approach, some including multi-layers perceptron and polyhedral classifiers. Despite its simplicity, our method shows competitive results on a range of publicly available datasets, including paintings (People-Art, IconArt), watercolors, cliparts and comics and allows to quickly learn unseen visual categories.
Code Repositories
Benchmarks
| Benchmark | Methodology | Metrics |
|---|---|---|
| weakly-supervised-object-detection-on-1 | MI-max | MAP: 49.5 |
| weakly-supervised-object-detection-on-2 | MI-max | MAP: 38.4 |
| weakly-supervised-object-detection-on-3 | Polyhedral MI-max | MAP: 58.3 |
| weakly-supervised-object-detection-on-5 | MI-max | Mean mAP: 16.2 |
| weakly-supervised-object-detection-on-comic2k | MI-max | MAP: 27 |
| weakly-supervised-object-detection-on-iconart | MI_Net [wang_revisiting_2018] | MAP: 15.1 |
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