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Self-healing and Hybrid Diagnosis in Cloud Computing

机译:云计算中的自愈和杂交诊断

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Cloud computing requires a robust, scalable, and high-performance infrastructure. To provide a reliable and dependable cloud computing platform, it is necessary to build a self-diagnosis and self-healing system against various failures or downgrades. This paper is the first to study the self-healing function, a challenging topic in today's clouding computing systems, from the consequence-oriented point of view. To fulfill the self-diagnosis and self-healing requirements of efficiency, accuracy, and learning ability, a hybrid tool that takes advantages from Multivariate Decision Diagram and Naive Bayes Classifier is proposed. An example is used to demonstrate that this proposed approach is effective.
机译:云计算需要强大,可扩展和高性能的基础架构。为了提供可靠且可靠的云计算平台,有必要为各种故障或降级构建自我诊断和自我修复系统。本文是第一个研究自我修复功能,这是当今云计算系统中的具有挑战性的话题,从导向的后果的观点来看。为了满足效率,准确性和学习能力的自我诊断和自我修复要求,提出了一种从多变量决策图和朴素贝叶斯分类器中获得优势的混合工具。一个例子用于证明这种提出的方​​法是有效的。

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