首页> 外文会议>Advanced Engineering Computing and Applications in Sciences, 2009. ADVCOMP '09 >Applying Inductive Logic Programming to Self-Healing Problem in Grid Computing: Is it a Feasible Task?
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Applying Inductive Logic Programming to Self-Healing Problem in Grid Computing: Is it a Feasible Task?

机译:将归纳逻辑编程应用于网格计算中的自愈问题:这是可行的任务吗?

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Grid computing systems are extremely large and complex so, manually dealing with its failures becomes impractical. Recently, it has been proposed that the systems themselves should manage their own failures or malfunctions. This is referred as self-healing. To deal with this challenging, is required to predict and control the process through a number of automated learning and proactive actions. In this paper, we proposed inductive logic programming, a relational machine learning method, for prediction and root causal analysis that makes it possible the development of a self-healing component.
机译:网格计算系统非常庞大和复杂,因此手动处理其故障变得不切实际。最近,有人提出,系统本身应管理自己的故障或故障。这被称为自我修复。为了应对这一挑战,需要通过许多自动学习和主动行动来预测和控制过程。在本文中,我们提出了归纳逻辑编程(一种关系机器学习方法),用于预测和根因果分析,从而有可能开发自愈组件。

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