Orchestrating Provisioning among Heterogeneous Grid Middleware

Li Qi, Jie Dai
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Abstract

After several years development, the computational infrastructure has been widely developed. Especially, when the grid technology grows to production level, users have several options to handle resource less problems when submitting large scale jobs to the infrastructure. Capabilities of dynamic provisioning, fast deployment of virtual machines, and interoperation can help users finishing their jobs correctly even the local resources are not adequate. To orchestrate these approaches well and find the optimal solution for users, this paper proposes a novel orchestrating model to optimize these approaches for high efficiency. An image processing application running on three heterogeneous grid platforms is adopted to demonstrate the efficiency and capability of proposed model. The result proved that the optimal solution can efficiently orchestrate the jobs among the grids.
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异构网格中间件之间的编排供应
经过几年的发展,计算基础设施得到了广泛的发展。特别是,当网格技术发展到生产级别时,当向基础设施提交大规模作业时,用户有几种选择来处理资源较少的问题。动态供应、虚拟机的快速部署和互操作功能可以帮助用户在本地资源不足的情况下正确完成任务。为了更好地协调这些方法并为用户找到最优的解决方案,本文提出了一种新的协调模型来优化这些方法以提高效率。通过在三种异构网格平台上运行的图像处理应用,验证了所提模型的效率和能力。结果表明,该优化方案能够有效地协调网格间的作业。
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