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Papers/Few-shot Semantic Segmentation with Support-induced Graph ...

Few-shot Semantic Segmentation with Support-induced Graph Convolutional Network

Jie Liu, Yanqi Bao, Wenzhe Yin, Haochen Wang, Yang Gao, Jan-Jakob Sonke, Efstratios Gavves

2023-01-09Few-Shot Semantic Segmentation
PaperPDF

Abstract

Few-shot semantic segmentation (FSS) aims to achieve novel objects segmentation with only a few annotated samples and has made great progress recently. Most of the existing FSS models focus on the feature matching between support and query to tackle FSS. However, the appearance variations between objects from the same category could be extremely large, leading to unreliable feature matching and query mask prediction. To this end, we propose a Support-induced Graph Convolutional Network (SiGCN) to explicitly excavate latent context structure in query images. Specifically, we propose a Support-induced Graph Reasoning (SiGR) module to capture salient query object parts at different semantic levels with a Support-induced GCN. Furthermore, an instance association (IA) module is designed to capture high-order instance context from both support and query instances. By integrating the proposed two modules, SiGCN can learn rich query context representation, and thus being more robust to appearance variations. Extensive experiments on PASCAL-5i and COCO-20i demonstrate that our SiGCN achieves state-of-the-art performance.

Results

TaskDatasetMetricValueModel
Few-Shot LearningCOCO-20i (5-shot)FB-IoU66.2SiGCN (ResNet-50)
Few-Shot LearningCOCO-20i (5-shot)Mean IoU48SiGCN (ResNet-50)
Few-Shot LearningPASCAL-5i (1-Shot)FB-IoU78.3SiGCN (ResNet-101)
Few-Shot LearningPASCAL-5i (1-Shot)Mean IoU65.7SiGCN (ResNet-101)
Few-Shot LearningPASCAL-5i (1-Shot)FB-IoU77.5SiGCN (ResNet-50)
Few-Shot LearningPASCAL-5i (1-Shot)Mean IoU65.3SiGCN (ResNet-50)
Few-Shot LearningPASCAL-5i (1-Shot)FB-IoU73.5SiGCN (VGG-16)
Few-Shot LearningPASCAL-5i (1-Shot)Mean IoU60.8SiGCN (VGG-16)
Few-Shot LearningCOCO-20i (1-shot)FB-IoU62.7SiGCN (ResNet-50)
Few-Shot LearningCOCO-20i (1-shot)Mean IoU41.4SiGCN (ResNet-50)
Few-Shot LearningPASCAL-5i (5-Shot)FB-IoU78.3SiGCN (ResNet-50)
Few-Shot LearningPASCAL-5i (5-Shot)Mean IoU68.5SiGCN (ResNet-50)
Few-Shot Semantic SegmentationCOCO-20i (5-shot)FB-IoU66.2SiGCN (ResNet-50)
Few-Shot Semantic SegmentationCOCO-20i (5-shot)Mean IoU48SiGCN (ResNet-50)
Few-Shot Semantic SegmentationPASCAL-5i (1-Shot)FB-IoU78.3SiGCN (ResNet-101)
Few-Shot Semantic SegmentationPASCAL-5i (1-Shot)Mean IoU65.7SiGCN (ResNet-101)
Few-Shot Semantic SegmentationPASCAL-5i (1-Shot)FB-IoU77.5SiGCN (ResNet-50)
Few-Shot Semantic SegmentationPASCAL-5i (1-Shot)Mean IoU65.3SiGCN (ResNet-50)
Few-Shot Semantic SegmentationPASCAL-5i (1-Shot)FB-IoU73.5SiGCN (VGG-16)
Few-Shot Semantic SegmentationPASCAL-5i (1-Shot)Mean IoU60.8SiGCN (VGG-16)
Few-Shot Semantic SegmentationCOCO-20i (1-shot)FB-IoU62.7SiGCN (ResNet-50)
Few-Shot Semantic SegmentationCOCO-20i (1-shot)Mean IoU41.4SiGCN (ResNet-50)
Few-Shot Semantic SegmentationPASCAL-5i (5-Shot)FB-IoU78.3SiGCN (ResNet-50)
Few-Shot Semantic SegmentationPASCAL-5i (5-Shot)Mean IoU68.5SiGCN (ResNet-50)
Meta-LearningCOCO-20i (5-shot)FB-IoU66.2SiGCN (ResNet-50)
Meta-LearningCOCO-20i (5-shot)Mean IoU48SiGCN (ResNet-50)
Meta-LearningPASCAL-5i (1-Shot)FB-IoU78.3SiGCN (ResNet-101)
Meta-LearningPASCAL-5i (1-Shot)Mean IoU65.7SiGCN (ResNet-101)
Meta-LearningPASCAL-5i (1-Shot)FB-IoU77.5SiGCN (ResNet-50)
Meta-LearningPASCAL-5i (1-Shot)Mean IoU65.3SiGCN (ResNet-50)
Meta-LearningPASCAL-5i (1-Shot)FB-IoU73.5SiGCN (VGG-16)
Meta-LearningPASCAL-5i (1-Shot)Mean IoU60.8SiGCN (VGG-16)
Meta-LearningCOCO-20i (1-shot)FB-IoU62.7SiGCN (ResNet-50)
Meta-LearningCOCO-20i (1-shot)Mean IoU41.4SiGCN (ResNet-50)
Meta-LearningPASCAL-5i (5-Shot)FB-IoU78.3SiGCN (ResNet-50)
Meta-LearningPASCAL-5i (5-Shot)Mean IoU68.5SiGCN (ResNet-50)

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