TL;DR
COOLer introduces a novel continual learning approach for appearance-based multiple object tracking that effectively mitigates catastrophic forgetting by combining contrastive learning with pseudo-labeling, enabling the model to adapt to new classes over time.
Contribution
This work presents COOLer, the first tracker to address class-incremental learning in MOT, incorporating contrastive learning and pseudo-labeling to retain past knowledge while learning new categories.
Findings
COOLer outperforms baseline methods on BDD100K and SHIFT datasets.
It effectively mitigates catastrophic forgetting in MOT tasks.
The proposed contrastive learning technique enhances instance representation disentanglement.
Abstract
Continual learning allows a model to learn multiple tasks sequentially while retaining the old knowledge without the training data of the preceding tasks. This paper extends the scope of continual learning research to class-incremental learning for multiple object tracking (MOT), which is desirable to accommodate the continuously evolving needs of autonomous systems. Previous solutions for continual learning of object detectors do not address the data association stage of appearance-based trackers, leading to catastrophic forgetting of previous classes' re-identification features. We introduce COOLer, a COntrastive- and cOntinual-Learning-based tracker, which incrementally learns to track new categories while preserving past knowledge by training on a combination of currently available ground truth labels and pseudo-labels generated by the past tracker. To further exacerbate the…
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