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首页> 外文期刊>Journal of Computers >GPU Implementation of Parallel Support Vector Machine Algorithm with Applications to Intruder Detection
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GPU Implementation of Parallel Support Vector Machine Algorithm with Applications to Intruder Detection

机译:GPU并行支持向量机算法与应用到入侵者检测

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—The network anomaly detection technology based on support vector machine (SVM) can efficiently detect unknown attacks or variants of known attacks, however, it cannot be used for detection of large-scale intrusion scenarios due to the demand of computational time. The graphics processing unit (GPU) has the characteristics of multi-threads and powerful parallel processing capability. Based on the system structure and parallel computation framework of GPU, a parallel algorithm of SVM, named GSVM, is proposed. Extensive experiments were carried out onKDD99 and other large-scale datasets, the results showed that GSVM significantly improves the efficiency of intrusion detection, while retaining detection performance.
机译:- 基于支持向量机(SVM)的网络异常检测技术可以有效地检测已知攻击的未知攻击或变体,然而,由于计算时间的需求,它不能用于检测大规模入侵场景。图形处理单元(GPU)具有多线程和强大的并行处理能力的特性。基于GPU的系统结构和并行计算框架,提出了一种名为GSVM的SVM并行算法。进行了广泛的实验,进行了ONKDD99和其他大规模数据集,结果表明,GSVM显着提高了入侵检测效率,同时保持检测性能。

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