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Prompt-Guided Transformers for End-to-End Open-Vocabulary Object Detection
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Prompt-OVD is an efficient and effective framework for open-vocabulary object detection that utilizes class embeddings from CLIP as prompts, guiding the Transformer decoder to detect objects in both base and novel classes. Additionally, our novel RoI-based masked attention and RoI pruning techniques help leverage the zero-shot classification ability of the Vision Transformer-based CLIP, resulting in improved detection performance at minimal computational cost. Our experiments on the OV-COCO and OVLVIS datasets demonstrate that Prompt-OVD achieves an impressive 21.2 times faster inference speed than the first end-to-end open-vocabulary detection method (OV-DETR), while also achieving higher APs than four two-stage-based methods operating within similar inference time ranges. Code will be made available soon.
Forward citations
Cited by 2 Pith papers
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Open-Vocabulary Gaze Object Prediction: Benchmark and Method
A COCO+GazeFollow-derived benchmark (86 categories) plus a Grounding DINO + gaze-selection pipeline with selective tuning improves open-vocabulary gaze object prediction over existing closed-vocabulary methods.
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SynCLIP: Synonym-Coherent Language-Image Pretraining for Robust Open-Vocabulary Dense Perception
SynCLIP aligns and refines spatial attention maps across synonyms via SSA/SAR modules and a new SEViC corpus, improving OVDP robustness and SOTA CLIP-based scores.
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