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  1. Less Attention is More: Prompt Transformer for Generalized …

    Generalized Category Discovery (GCD) typically relies on the pre-trained Vision Transformer (ViT) to extract features from a global receptive field, followed by contrastive learning to …

  2. CVPR Poster Hyperbolic Category Discovery

    In this paper, we are the first to investigate category discovery within hyperbolic space. We propose a simple yet effective framework for learning hierarchy-aware representations and …

  3. CVPR Poster GET: Unlocking the Multi-modal Potential of CLIP for ...

    As a different modality, text information can provide complementary discriminative information, which motivates us to introduce it into the GCD task.However, the lack of class names for …

  4. CVPR Poster Solving the Catastrophic Forgetting Problem in …

    Generalized Category Discovery (GCD) aims to identify a mix of known and novel categories within unlabeled data sets, providing a more realistic setting for image recognition.Essentially, …

  5. CVPR Poster MOS: Modeling Object-Scene Associations in …

    Generalized Category Discovery (GCD) is a classification task that aims to classify both base and novel classes in unlabeled images, using knowledge from a labeled dataset.

  6. CVPR Poster When Domain Generalization meets Generalized …

    To address this issue, we introduce the novel paradigm of Domain Generalization in GCD (DG-GCD), where only source data is available for training, while the target domain—with a distinct …

  7. Clustering methods based on self-supervised contrastive learning of image features, such as GCD,XCon,etc. XCon

  8. CVPR Poster Adaptive Part Learning for Fine-Grained Generalized ...

    Generalized Category Discovery (GCD) aims to recognize unlabeled images from known and novel classes by distinguishing novel classes from known ones, while also transferring …

  9. CVPR Poster Federated Generalized Category Discovery

    Poster Federated Generalized Category Discovery Nan Pu · Wenjing Li · Xinyuan Ji · Yalan Qin · Nicu Sebe · Zhun Zhong

  10. CVPR 2023 Papers

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