Core Concepts
Rich text information enhances few-shot object detection performance in cross-domain scenarios.
Abstract
The content introduces a novel approach for cross-domain multi-modal few-shot object detection using rich text information. The method aims to bridge domain gaps and improve detection performance in out-of-domain scenarios. The paper discusses the importance of rich text descriptions, the proposed architecture, experimental results on various datasets, ablation studies, and visualization of detection results.
Introduction
Few-shot object detection (FSOD) aims to detect objects with limited labeled examples.
Existing methods rely on fine-tuning or meta-learning paradigms.
Multi-modal FSOD incorporates extra text information for improved visual feature representation.
Proposed Methods
Utilize rich text semantic information for training data categories.
Meta-learning based multi-modal aggregated feature module aligns vision and language embeddings.
Rich text semantic rectify module reinforces language understanding capability.
Experiments and Results
Evaluation on cross-domain object detection datasets shows significant improvement over existing methods.
Performance results on CD-FSOD benchmarks demonstrate the effectiveness of the proposed method.
Ablation study confirms the impact of multi-modal aggregation and rich semantic rectify modules.
Conclusion
Rich text descriptions play a crucial role in improving few-shot object detection performance.
The proposed method outperforms state-of-the-art approaches on multiple datasets, showcasing its effectiveness in bridging domain gaps.
Stats
"Performance results (mAP) on CD-FSOD benchmarks:
Meta-DETR + MM Aggre.: 59.8, 30.1, 15.7"
Quotes
"Our experiments indicate that the design of rich text is a key impact factor for the model’s performance."
"We hope that this paper inspires future work to explore using multi-modality for bridging domain gaps in other computer vision tasks."