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Experimental design of automatic virtual machine configuration based on applicative approach

机译:基于应用方法的自动虚拟机配置实验设计

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The present paper proposes an analysis of the experimental verification results of the means of automatic determining of the optimal configuration of a virtual machine (VM) implemented based on previously developed models and methods of automation for virtual machine configurations (including in the conditions of changing loads). For information process analytical models, machine learning algorithms with reinforcements are applied. All the while, models are constructed automatically in the language of the typed π-calculus taking into account the journal entries of the functions performed by the VM. In order to calculate the optimal configuration of the VM, a machine learning Q-algorithm has been implemented. Its special feature is the reduction of terms correspondent to information processes on the basis of an abstract machine with states. This being said, the implemented method for modeling information processes performed by the VM uses an applicative approach in the form of an abstract machine.
机译:本文提出了对基于先前开发的模型和虚拟机配置的自动化方法实现的虚拟机(VM)的最佳配置的实验验证结果分析,包括用于虚拟机配置的自动化方法(包括在更换负载的条件下)。对于信息流程分析模型,应用了具有增强件的机器学习算法。虽然,模型以键入的π-微积分的语言自动构建,但考虑到VM执行的函数的日记帐分录。为了计算VM的最佳配置,已经实现了一种机器学习Q算法。其特殊功能是根据具有状态的抽象机器减少对应于信息流程的条款。据说这一点,用于建模由VM执行的信息处理的实现方法使用抽象机器的形式使用应用方法。

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