InfoStor:高可用分布式块存储

Yongjian Ren, YouQing Lin, Jilin Zhang, Jian Wan, Congfeng Jiang
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引用次数: 1

摘要

为了适应海量存储环境的需求,提高数据中心主机的存储空间利用率,我们设计并实现了异构环境的分布式块存储系统InfoStor。通过带内存储虚拟化技术,为传统企业阵列提供了低成本的可靠性和更好的可扩展性;提供冗余副本和后端支持自适应副本重建;采用基于虚拟节点的一致性哈希算法对存储后端的副本进行管理,提高分布式块存储系统的负载均衡和性能。评估实验表明,与普通iSCSI网络硬盘相比,InfoStor达到了相当大的数据处理能力I/O吞吐量,可以预见系统性能没有受到存储虚拟化和分布式存储后端的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
InfoStor: Highly Available Distributed Block Store
In order to adapt to the requirements of the massive scale storage environments, and improve storage space utilization of the data center host, we designed and implemented InfoStor, a heterogeneous environment, distributed block storage system. Through in-band storage virtualization technology that provides the reliability of traditional enterprise arrays with low cost and better scalability; provide a copy of redundancy and back-end support the adaptive copy of reconstruction; Using consistent hashing algorithm based on virtual node to manage replica of storage backend to improve the load balance and performance of the distributed block storage system. The evaluation experiments demonstrate that compare to ordinary iSCSI network hard disk, InfoStor reach considerable data processing capabilities I/O throughput, it is foreseeable that system performance did not impact by storage virtualization and distributed storage backend.
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