Catching the Phish: Detecting Phishing Attacks Using Recurrent Neural Networks (RNNs)

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Kontekst cytowania w Al-Subaiey 2024:

  • Referenced jako [26] w paper (Table 1, Table 3 comparisons)
  • Method: Text tokenization → Recurrent Neural Network classifier
  • Dataset: SpamAssassin + Enron + Nazario (multiple subsets)
    • SA-JN: 4,572 spam, 6,951 ham
    • En-JN: 9,962 spam, 10,000 ham
  • Results: Accuracy 98.91%, Precision 98.74%, Recall 98.53%, F1-score 98.63%
  • Comparison: Al-Subaiey 99.1% acc outperforms with simpler SVM approach

Technical Details:

  • Preprocessing: tokenization (no mention of stop word removal in Al-Subaiey summary)
  • RNN architecture (LSTM likely, though not specified in citation)
  • Combined datasets strategy similar to Al-Subaiey’s approach

Significance:

  • Demonstrates RNN effectiveness for sequential text processing
  • Multiple dataset evaluation shows generalization
  • Al-Subaiey’s finding: traditional ML competitive with RNNs for email classification

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