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  license: mit
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- # METHODNAME: Hierarchical Contrastive Learning for Patent Image Retrieval
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- **METHODNAME** is a domain-adapted CLIP/ViT-based model designed to improve **patent image retrieval**. It addresses the unique challenges of retrieving relevant technical drawings in patent documents, especially when searching for **semantically or hierarchically related images**, not just exact matches.
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  This model is based on `openai/clip-vit-base-patch16` and fine-tuned using a **hierarchical multi-positive contrastive loss** that leverages **Locarno classification** — an international system used to categorize industrial designs.
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  ## 🏆 Results
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- Evaluated on the **DeepPatent2** dataset, METHODNAME shows significant gains in:
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  - **Intra-category retrieval** (same subclass)
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  - **Cross-category generalization** (related but distinct inventions)
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  - **Low-parameter robustness**, making it suitable for real-time deployment
 
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  license: mit
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+ # PHOENIX: Hierarchical Contrastive Learning for Patent Image Retrieval
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+ **PHOENIX** is a domain-adapted CLIP/ViT-based model designed to improve **patent image retrieval**. It addresses the unique challenges of retrieving relevant technical drawings in patent documents, especially when searching for **semantically or hierarchically related images**, not just exact matches.
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  This model is based on `openai/clip-vit-base-patch16` and fine-tuned using a **hierarchical multi-positive contrastive loss** that leverages **Locarno classification** — an international system used to categorize industrial designs.
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  ## 🏆 Results
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+ Evaluated on the **DeepPatent2** dataset, PHOENIX shows significant gains in:
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  - **Intra-category retrieval** (same subclass)
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  - **Cross-category generalization** (related but distinct inventions)
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  - **Low-parameter robustness**, making it suitable for real-time deployment