冰山:用于空间和时间有效配置虚拟机的图像流

Lei Shi, M. Banikazemi, Qingqing Wang
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引用次数: 15

摘要

平台和资源虚拟化正在发展成为一种整合服务器和简化企业服务器管理的技术。按需提供虚拟机(VM)是这种环境的关键组成部分。本文介绍了冰山,一个空间和时间有效的镜像流提供虚拟机。Iceberg在块存储(映像)级别运行,与操作系统、Hypervisor和文件系统无关。Iceberg是一个基于块的分布式镜像流,它通过网络提供虚拟机的即时配置。Iceberg采用了一种可变大小的、基于内容的切片算法,从而改善了图像之间的共享,并显著降低了存储空间需求。我们对几种不同类型的图像之间的共享进行了全面的研究,并显示了两个图像之间多达60%的内容共享。在大量相似的图像之间可以实现更高的存储空间节省。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Iceberg: An Image Streamer for Space and Time Efficient Provisioning of Virtual Machines
Platform and resource virtualization is evolving as an enabling technology to consolidate servers and to simplify the management of enterprise servers. Provisioning of virtual machines (VM) on demand is a key component of such environments. This paper presents Iceberg, a space and time efficient image streamer for provisioning VMs. Iceberg operates at block storage (image) leveland is OS, Hypervisor, and file system agnostic. Iceberg is a chunk-based distributed image streamer which provides instant provisioning of VMs over the network. Iceberg utilizes a variable-size, content-based slicing algorithm such that the sharing among images is improved and storage space requirement is reduced significantly. We provide a comprehensive study of sharing among several different types of images and show up to 60% content sharing between two images. Much higher storage space saving can be achieved among a large number of similar images.
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