Abhishek Agrawal, Arijit Ganguly, P. Boykin, R. Figueiredo
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引用次数: 0
摘要
这张海报描述了网络虚拟化和点对点路由技术的当前应用工作，这些技术覆盖IP流量，为网格计算中的虚拟机提供无缝连接。这种IP-over- p2p虚拟网络(IPOP)是一种覆盖网络，它使用虚拟IP地址空间，并允许属于一个网格的节点无缝地汇集在一起。当节点加入/离开虚拟化网格时，覆盖网络是自配置的，并且在对等体之间提供ip级双向连接。覆盖层提供的解耦使网格应用程序能够利用本地环境中通常可用的大量基于ip的软件。当这种虚拟网络与O/S虚拟机提供的互补资源虚拟化技术相结合时[Xen, Rarham等人(2003)，VMware, Sugerman等人(2001)，User Mode Linux, Dike, J.(2000)]，为处理网格计算的基本目标提供了一个可扩展的框架:Figueiredo, Dinda和Fortes(2003)以安全和灵活的方式共享资源。
Towards P2P-routed IF overlay networks for grid virtual machines
This poster describes current work on the application of network virtualization and peer-to-peer routing techniques that overlay IP traffic and provide seamless connectivity to virtual machines in grid computing. Such IP-over-P2P virtual network - IPOP - is an overlay network that uses a virtual IP address space and allows nodes that belong to a grid to be seamlessly pooled together. The overlay network is self-configured as nodes join/leave the virtualized grid, and IP-level bi-directional connectivity among peers is provided. The decoupling provided by the overlay enables grid applications to leverage a wealth of IP-based software typically available in local-area environments. Such virtual networks, when combined to complementary resource virtualization techniques provided by O/S virtual machines [Xen, Rarham et al. (2003), VMware, Sugerman et al., (2001), User Mode Linux, Dike, J. (2000)], provide a scalable framework for dealing with a fundamental goal of grid computing: sharing resources in a secure and flexible manner by Figueiredo, Dinda and Fortes (2003)
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