Papers › Glocal Energy-based Learning for Few-Shot Open-Set Recognition

Glocal Energy-based Learning for Few-Shot Open-Set Recognition

24 Apr 2023CVPR 2023 1arXiv:2304.11855archive 2025-07-28

Haoyu Wang, Guansong Pang, Peng Wang, Lei Zhang, Wei Wei, Yanning Zhang

Few-shot open-set recognition (FSOR) is a challenging task of great practical value. It aims to categorize a sample to one of the pre-defined, closed-set classes illustrated by few examples while being able to reject the sample from unknown classes. In this work, we approach the FSOR task by proposing a novel energy-based hybrid model. The model is composed of two branches, where a classification branch learns a metric to classify a sample to one of closed-set classes and the energy branch explicitly estimates the open-set probability. To achieve holistic detection of open-set samples, our model leverages both class-wise and pixel-wise features to learn a glocal energy-based score, in which a global energy score is learned using the class-wise features, while a local energy score is learned using the pixel-wise features. The model is enforced to assign large energy scores to samples that are deviated from the few-shot examples in either the class-wise features or the pixel-wise features, and to assign small energy scores otherwise. Experiments on three standard FSOR datasets show the superior performance of our model.

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EnergyLoss 00why00/glocal/model/models/glocal_energy.py official repository ran MIT (permissive) · ee73acfcbc9f8d1d · report
MultiHeadAttention 00why00/glocal/model/models/glocal_energy.py official repository ran MIT (permissive) · a45b4e485260a65b · report
ScaledDotProductAttention 00why00/glocal/model/models/glocal_energy.py official repository ran · metamorphic tier: deterministic fingerprinted MIT (permissive) · 388586789afa7a3a · report
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GEL 00why00/glocal/model/models/glocal_energy.py official repository unverified MIT (permissive) · 578a3a4891ecd31a · report

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Open Set Learning

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