基于机器学习的工业物联网雾层攻击检测

Mareska Pratiwi Maharani, P. T. Daely, Jae-Min Lee, Dong-Seong Kim
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引用次数: 8

摘要

在工业物联网(IIoT)中,基础设施和技术一直在不断改进。随着这些改进,威胁和攻击也在迅速增长,变得更加多样化和高级。IIoT基础设施中最薄弱的部分之一是可能导致系统故障的云层,但它可以通过控制和最大化雾层中的能力来降低这种可能性,因为雾层靠近设备的边缘。本文提出了在雾计算框架下利用多种机器学习算法有效检测恶意活动的攻击检测方法。使用KDD Cup ' 99数据集进行评估,并使用决策树,K-Means和随机森林算法进行比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Attack Detection in Fog Layer for IIoT Based on Machine Learning Approach
In Industrial internet of things(IIoT), the infrastructure and the technology has been improved a lot throughout times. With those improvements, the threats and attacks are also growing rapidly to become more various and advanced attacks. One of the weakest parts in IIoT infrastructure is in the cloud layer that can cause the system failure, but it can reduce the possibility by controlling and maximizing the ability in the fog layer as its near to the edge of devices. In this paper, attack detection in fog computing framework with several machine learning algorithms to efficiently detecting malicious activities is proposed. The evaluation performed by using KDD Cup’99 dataset and compared by using Decision Tree, K-Means, and Random Forest algorithms.
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