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Anomaly Detection to Protect Networks from Advanced Persistent Threats Using Adaptive Resonance AI Concepts

机译:异常检测以使用自适应共振AI概念保护网络从高级持久威胁保护网络

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In this paper, we will improve the Advanced Persistent Threats (APT) attack detection rate accuracy by using an artificial intelligence based anomalous intrusion detection that will be based on unsupervised learning techniques. This system will be mainly network-based with a thin layer running on the host device. We plan to mainly use an unsupervised artificial intelligence technique that utilizes Adaptive Resonance theory that will be paired with a signature-based system that will filter anomalous data and significantly improve detection rates and decrease false positive rates compared to typical anomalous intrusion detection system (IDS). If proven here, this system could be applied to future IDS and can significantly increase overall network security for an organization.
机译:在本文中,我们将通过使用基于人工智能的异常入侵检测来提高高级持久威胁(APT)攻击检测率准确性,这将是基于无监督的学习技术。 该系统主要是基于网络的基于网络,在主机设备上运行的薄层。 我们计划主要使用无监督的人工智能技术,该技术利用自适应共振理论将与基于签名的系统配对,该系统将滤除异常数据并与典型的异常入侵检测系统(IDS)相比,减少误差率并降低错误阳性率 。 如果在此证明,该系统可以应用于未来的ID,并且可以显着提高组织的整体网络安全性。

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