In order to better solve the problem of poor robustness of the current anomaly detection model in the real scene.We use data augmentation and anomaly synthesis techniques to assist in training AnomalyCLIP which performs well on zero-shot detection.Our method compared with the baseline, the performance of the original MVTec dataset is improved.
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Background:
Challenge Description:
MethodologyModel Design
Dataset & Evaluation
Results
DiscussionConclusionAfter auxiliary training with our proposed self-supervised method, performance improvement has been achieved in the original MVTec, and we believe that our method can show stronger robustness in more varied real-world scenarios
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