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SaaS software performance issue diagnosis using independent component analysis and restricted Boltzmann machine

机译:SaaS软件性能问题使用独立分量分析和限制Boltzmann机器诊断

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摘要

SaaS software performance issue diagnosis aims to classify the type of the performance records. Deep classification method has gained much attention as a way to construct hierarchical representations from a small amount of labeled data. However, there are few researches on how to solve the classification problem of performance issues by using the deep classification method. In addition, shallow classification methods exist some problems, such as the training sample is large and the ability to fit complex functions is weak. In this article, we proposed a deep performance issue classification method based on Independent Component Analysis (ICA) and Restricted Boltzmann Machine (RBM). ICA is used to extract the features, after this process, the classification feature is obtained as RBM input, and the extracted information about performance issue is transformed into identifiable information for the classifier via visible structure of input; Hidden layer for RBM is built to realize the data transmission between hidden structure, keeping the key information; And the classification algorithm is implemented to solve our performance issue diagnosis problem of SaaS software. Experiments show that the performance of our approach is superior to the classical shallow classification algorithm, and it also meet the efficiency requirement.
机译:SaaS软件性能问题诊断旨在对性能记录的类型进行分类。深度分类方法已经获得了从少量标记数据构建分层表示的方式。但是,少数关于如何使用深层分类方法解决性能问题的分类问题的研究。此外,浅分类方法存在一些问题,例如训练样本很大,符合复杂功能的能力较弱。在本文中,我们提出了一种基于独立分量分析(ICA)和限制Boltzmann机(RBM)的深度性能问题分类方法。 ICA用于提取该功能,在此过程之后,获得分类功能作为RBM输入,并且通过可见的输入将提取的关于性能问题的信息转换为分类器的可识别信息;建立RBM的隐藏层以实现隐藏结构之间的数据传输,保持关键信息;和分类算法实施以解决SaaS软件的性能问题诊断问题。实验表明,我们的方法的性能优于古典浅分类算法,也符合效率要求。

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