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首页> 外文期刊>International Journal of Embedded Systems >Design and application of real-time network abnormal traffic detection system based on Spark Streaming
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Design and application of real-time network abnormal traffic detection system based on Spark Streaming

机译:基于火花流的实时网络异常交通检测系统的设计与应用

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摘要

In order to realise the rapid analysis and identification of abnormal traffic in real-time networks, a distributed real-time network abnormal traffic detection system (DRNATDS) was designed, which could effectively analyse abnormal network traffic. DRNATDS provided effective real-time big data analysis platform and guaranteed network security. The paper proposes K-means algorithm based on relative density and distance, integrated with Spark Streaming and Kafka. It could effectively detect various network attacks under real-time data stream. The experimental results show that DRNATDS has good high availability and stability. Compared to other algorithms, K-means algorithm based on relative density and distance could more effectively identify abnormal network traffic and improve the recognition rate.
机译:为了实现实时网络中异常流量的快速分析和识别,设计了一种分布式实时网络异常交通检测系统(DRNATDS),可以有效地分析异常网络流量。 Drnatds提供了有效的实时大数据分析平台和保证网络安全性。 本文提出了基于相对密度和距离的K均值算法,与火花流和Kafka集成。 它可以在实时数据流下有效地检测各种网络攻击。 实验结果表明,Drnatds具有良好的高可用性和稳定性。 与其他算法相比,基于相对密度和距离的K均值算法可以更有效地识别异常网络流量并提高识别率。

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