Deep Learning based Network Anomaly Detection

  • Unique Paper ID: 169206
  • Volume: 11
  • Issue: 6
  • PageNo: 798-807
  • Abstract:
  • Because it offers a practical way to stop and combat network intrusions, network anomaly detection is essential. Many deep learning techniques based on Autoencoders (AUTOENCODERs) have been created for anomaly identification as a result of advances in Artificial Intelligence (AI). The efficacy of the current AUTOENCODER models varies, nevertheless, and they lack a thorough method for evaluating important performance indicators and maximizing detection accuracy. A unique 5 layer Autoencoder model designed for identification of network anomalies is presented in this paper. Our strategy is based on a careful analysis of performance parameters that are crucial to AUTOENCODER-based identification. Our platform uses a novel data processing strategy that alters and eliminates outliers that significantly impact the feature set in order to overcome potential biases from unbalanced data. Our approach consistently differentiates between normal and abnormal using an improved reconstruction error function and abnormal network traffic. Our model delivers improved detection accuracy and F1-score when combined with an efficient feature learning and dimensionality reduction architecture. Our suggested model performs better than alternative approaches when tested on dataset, with an F1-score of 92.26% and a detection accuracy of 90.61%.

Cite This Article

  • ISSN: 2349-6002
  • Volume: 11
  • Issue: 6
  • PageNo: 798-807

Deep Learning based Network Anomaly Detection

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