In the modern era of complex digital ecosystems, the rising tide of advanced cyber threats challenges network security. Traditional anomaly detection methods often fall short in the face of evolving attacks, necessitating innovative solutions. Adversarial deep learning, utilizing neural networks and adversarial training, offers a promising approach. This research explores the application of adversarial deep learning in network anomaly detection, enhancing detection accuracy and overall security. Experimental validation demonstrates its efficacy. Adversarial deep learning’s significance lies in bolstering cybersecurity, improving threat detection, resilience, and proactive defense. Future work includes application diversification and real-time challenges.

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Enhancing Detection Accuracy and Security in Deep Learning

  • Ganapavarapu Surekha,
  • T. Pratyusha,
  • T. Jyotsna,
  • R. Usha,
  • G. Lakshmi Praveena,
  • Pokuri Deepika

摘要

In the modern era of complex digital ecosystems, the rising tide of advanced cyber threats challenges network security. Traditional anomaly detection methods often fall short in the face of evolving attacks, necessitating innovative solutions. Adversarial deep learning, utilizing neural networks and adversarial training, offers a promising approach. This research explores the application of adversarial deep learning in network anomaly detection, enhancing detection accuracy and overall security. Experimental validation demonstrates its efficacy. Adversarial deep learning’s significance lies in bolstering cybersecurity, improving threat detection, resilience, and proactive defense. Future work includes application diversification and real-time challenges.