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April 18, 2026IET conference proceedings.0 citations

Anomaly discrimination technique combining small sample reliability improvement and combination strategy optimization

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HLHui LiuWLWenbiao LiuSZShiyao Zhang

Key Points

  • The aim is to develop an anomaly detection technique that effectively identifies both known and unknown changes in substation equipment.
  • Utilized Mixup, Mosaic, and stuffing augmentation for data expansion.
  • Proposed a known anomaly detection method based on combination strategies.
  • Developed a twin network approach for identifying unknown changes.
  • Significantly improved detection accuracy for known equipment defects.
  • Achieved precise analysis of unknown changes.
  • Enhanced operational efficiency while reducing labor costs.

Abstract

The safe operation of electrical equipment in substations is crucial. This article uses Mixup, Mosaic, and stuffing augmentation to expand data and proposes a known anomaly detection method based on combination strategy, significantly improving the detection accuracy of known equipment defects. A method for identifying unknown changes based on twin networks has been proposed, achieving precise analysis of unknown changes. This article's technology can achieve high robustness anomaly discrimination by combining known anomaly recognition and unknown difference analysis in substation inspection images, replacing the work mode of on-site staff inspections and reducing their workload. Not only does it reduce labor costs, but it also improves operational efficiency.

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Cite This Study

Liu et al. (2026) studied this question.

synapsesocial.com/papers/69e31ff140886becb653f1a1https://doi.org/10.1049/icp.2026.0476
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