Contrast R-CNN for Continual Learning in Object Detection
Kai Zheng, Cen Chen

TL;DR
Contrast R-CNN introduces a novel continual learning approach for object detection that balances retaining old knowledge and learning new, using Proposal Contrast to improve robustness, validated on PASCAL VOC.
Contribution
We propose Contrast R-CNN, a new continual learning method for object detection that incorporates Proposal Contrast to better distinguish old and new instances.
Findings
Effective in retaining old knowledge while learning new objects
Outperforms existing methods on PASCAL VOC dataset
Robustness improved through Proposal Contrast mechanism
Abstract
The continual learning problem has been widely studied in image classification, while rare work has been explored in object detection. Some recent works apply knowledge distillation to constrain the model to retain old knowledge, but this rigid constraint is detrimental for learning new knowledge. In our paper, we propose a new scheme for continual learning of object detection, namely Contrast R-CNN, an approach strikes a balance between retaining the old knowledge and learning the new knowledge. Furthermore, we design a Proposal Contrast to eliminate the ambiguity between old and new instance to make the continual learning more robust. Extensive evaluation on the PASCAL VOC dataset demonstrates the effectiveness of our approach.
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Taxonomy
TopicsDomain Adaptation and Few-Shot Learning · Advanced Neural Network Applications · Multimodal Machine Learning Applications
MethodsKnowledge Distillation
