Task Consistent Prototype Learning for Incremental Few-shot Semantic Segmentation

• URL: http://arxiv.org/abs/2410.13094v1
• Date: Wed, 16 Oct 2024 23:42:27 GMT
• Title: Task Consistent Prototype Learning for Incremental Few-shot Semantic Segmentation
• Authors: Wenbo Xu, Yanan Wu, Haoran Jiang, Yang Wang, Qiang Wu, Jian Zhang,
• Abstract summary: Incremental Few-Shot Semantic (iFSS) tackles a task that requires a model to continually expand its segmentation capability on novel classes. This study introduces a meta-learning-based prototype approach that encourages the model to learn how to adapt quickly while preserving previous knowledge. Experiments on iFSS datasets built upon PASCAL and COCO benchmarks show the advanced performance of the proposed approach.
• Score: 20.49085411104439
• License:
• Abstract: Incremental Few-Shot Semantic Segmentation (iFSS) tackles a task that requires a model to continually expand its segmentation capability on novel classes using only a few annotated examples. Typical incremental approaches encounter a challenge that the objective of the base training phase (fitting base classes with sufficient instances) does not align with the incremental learning phase (rapidly adapting to new classes with less forgetting). This disconnect can result in suboptimal performance in the incremental setting. This study introduces a meta-learning-based prototype approach that encourages the model to learn how to adapt quickly while preserving previous knowledge. Concretely, we mimic the incremental evaluation protocol during the base training session by sampling a sequence of pseudo-incremental tasks. Each task in the simulated sequence is trained using a meta-objective to enable rapid adaptation without forgetting. To enhance discrimination among class prototypes, we introduce prototype space redistribution learning, which dynamically updates class prototypes to establish optimal inter-prototype boundaries within the prototype space. Extensive experiments on iFSS datasets built upon PASCAL and COCO benchmarks show the advanced performance of the proposed approach, offering valuable insights for addressing iFSS challenges.

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