Presenter(s)

    Md. Shahanur Alam

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    Description

    Custom low power hardware systems for real-time network security and anomaly detection are in high demand, as these would allow for adequate protection in battery-powered network devices, such as edge devices and the internet of the things. This paper presents a memristor based system for real-time intrusion detection, as well as an anomaly detection based on autoencoders. Intrusion detection is performed by training only on a single autoencoder, and the overall detection accuracy of this system is 92.91%, with a malicious packet detection accuracy of 98.89%. The system described in this paper is also capable of using two autoencoders to perform anomaly detection using real-time online learning. Using this system, we show that the system flags anomalous data, but over time the system stops flagging a particular datatype if its presence is abundant. Utilizing memristors in these designs allows us to present extremely low power systems for intrusion and anomaly detection while sacrificing little accuracy.

    Publication Date

    4-22-2020

    Project Designation

    Graduate Research

    Primary Advisor

    Tarek M. Taha

    Primary Advisor's Department

    Electrical and Computer Engineering

    Keywords

    Stander Symposium project, School of Engineering

    Unsupervised Real-Time Network Intrusion and Anomaly Detection by Memristor Based Autoencoder

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