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Implementation of the fault tolerance in computational grid using agents by meta-modelling approach

机译:元模型在基于智能体的计算网格中实现容错

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In the grid environment, some of the nodes may be working while others may not be active. Alternatively, all the computers could be operational, but their interconnection network may fail. From the perspective of one computer, such network partitioning may appear as a failure to other computers. These types of failures may lead to a major impact on the whole application, which is executing on the Grid for many days. In this paper we will be meta-modelling the computational grid and implementing the fault tolerant mechanism using Java agents. The purpose of the work proposed in this paper is to automate the development of a computational grid and creating graphical workflows of applications using domain-specific modelling techniques. This paper is to provide a high level view for the construction of Grid applications with the flexibility in design and deployment.
机译:在网格环境中,某些节点可能正在工作,而另一些节点可能不处于活动状态。或者,所有计算机都可以运行,但是它们的互连网络可能会失败。从一台计算机的角度来看,这种网络分区可能对其他计算机来说是失败的。这些类型的故障可能会对整个应用程序产生重大影响,整个应用程序在网格上执行了很多天。在本文中,我们将对计算网格进行元建模,并使用Java代理实现容错机制。本文提出的工作目的是使用特定于域的建模技术来自动化计算网格的开发并创建应用程序的图形工作流。本文旨在通过灵活的设计和部署为Grid应用程序的构建提供高层视图。

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