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Construction and performance analysis of unified storage cloud platform based on OpenStack with Ceph RBD

机译:基于CEPH RBD的露天室统一存储云平台的构建与性能分析

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The high reliability and scalability of storage system is critical for OpenStack cloud platform system, for the reason of multiple components require the backing of back-end storage. The RADOS BLOCK DEVICE (RBD), which is the block storage device of Ceph (one of the most popular distributed file system) is used as the back-end storage of glance, nova and cinder components of OpenStack in this paper. What's more, the RBD-OpenStack, which is a unified storage cloud platform, has been build. By analyzing the operation process of the virtual machine under the RBD-OpenStack platform, much advantage has been demonstrated such as the quality of the virtual machine service etc. Experiments show that the RBD-OpenStack cloud platform can effectively reduce the time spent in deploying and migrating virtual machines and improve the read and write rate of volumes.
机译:存储系统的高可靠性和可扩展性对于OpenStack云平台系统至关重要,因为多个组件需要支持后端存储。作为Ceph的块存储设备(最流行的分布式文件系统之一)的RadoS块设备(RBD)用作本文中的OpenStack的透明,新星和剪切组件的后端存储。更重要的是,RBD-OpenStack是一个统一的存储云平台,已经构建。通过在RBD-OpenStack平台下分析虚拟机的操作过程,已经证明了很多优势,例如虚拟机服务的质量等。实验表明,RBD-OpenStack云平台可以有效地减少部署所花费的时间和迁移虚拟机并提高卷的读写速率。

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