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ANALYZING SYSTEM CALL SEQUENCES WITH ADABOOST

机译:使用ADABOOST分析系统调用序列

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Adaboost constructs a composite classifier by sequentially training a learning algorithm with different distribution probability of the training examples. We are using this boosting by re-sampling algorithm to classify anomaly sequences of system call traces of UNIX programs. The classifiers used are Multi-layer Feedforward network (trained with Backpropagation), Radial-Basis Functions (trained with a Linear Perceptron) and Self Organizing Maps & Learning Vector Quantization. The main goal of these experiments is to show the improvement of the Adaboost algorithm over the classification rate of the networks (known as WeakLearners). Although the WeakLearners described in this paper have a fairly high classification rate (above 80%), we will show that Adaboost is able to improve their performance by 15% or more using a small number of machines in a committee.
机译:Adaboost通过依次训练具有不同分布概率训练示例的学习算法来构造复合分类器。我们正在使用这种通过重采样的增强算法来对UNIX程序的系统调用跟踪的异常序列进行分类。使用的分类器是多层前馈网络(使用反向传播训练),径向基函数(使用线性感知器训练)以及自组织图和学习矢量量化。这些实验的主要目的是展示Adaboost算法在网络分类率(称为WeakLearners)方面的改进。尽管本文中描述的WeakLearners具有相当高的分类率(超过80%),但我们将证明Adaboost能够使用委员会中的少量机器将其性能提高15%或更多。

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