This paper explores the application of few-shot learning methods in the detection of network attacks, focusing on evaluating the effectiveness of various machine learning techniques when data availability is limited. The study aims to develop innovative approaches for accurately identifying different types of network attacks with minimal training data, assessing model performance using a range of evaluation metrics. The results highlight the potential of few-shot learning in enhancing cybersecurity applications under data-constrained conditions.

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Evaluation of Selected Few-Shot Learning Methods in Network Intrusion Detection

  • Eryk Winiecki,
  • Marek Pawlicki,
  • Aleksandra Pawlicka,
  • Rafał Kozik,
  • Michał Choraś

摘要

This paper explores the application of few-shot learning methods in the detection of network attacks, focusing on evaluating the effectiveness of various machine learning techniques when data availability is limited. The study aims to develop innovative approaches for accurately identifying different types of network attacks with minimal training data, assessing model performance using a range of evaluation metrics. The results highlight the potential of few-shot learning in enhancing cybersecurity applications under data-constrained conditions.