基于iSCSI的IP存储网络系统的设计与实现
发布时间：2018-09-11 09:39
【摘要】：信息爆炸是这个网络时代的主要特点之一,同时随着信息化在各行各业的不断深入,数据存储成为各种工作的重要基础。随着存储技术的发展在数据存储与管理的领域出现了很多存储技术。其中核心技术有三种,直连式存储(Direct Attached Storage, DAS)、网络附加存储(Network Attached Storage, NAS)以及存储域网络(Storage Area Network, SAN)。 SAN是各种存储方式中较为高效的技术,它既能为网络上的应用系统提供丰富、快速、简便的存储资源,又能对网络上的存储资源实施集中统一的管理,已经逐渐成为当前理想的存储管理应用模式。其中,在FC-SAN占据SAN市场多年后,新兴的基于iSCSI协议的IP-SAN正在迅猛发展,并有着良好的市场应用前景。本文针对目前软件学院的存储需求,设计了一套廉价、简单、并且实用的IP-SAN解决方案。 本文旨在将SAN技术的理论与其实践应用结合起来,在校园网络的基础上对SAN技术进行分析。简要阐述了存储区域网络(SAN)技术及其相关协议,详细分析了基于FC-SAN方案在校园网络数据存储中的应用。通过OPNET仿真平台设计与实现了基于FC-SAN的仿真模拟,定量地分析了网络存储的性能。仿真和分析结果表明,该种存储方式能够提高校园网络的数据存储效率,满足校园服务业务的性能要求。
[Abstract]:Information explosion is one of the main characteristics of this network age. With the development of information technology in various industries, data storage has become an important foundation of all kinds of work. With the development of storage technology, there are many storage technologies in the field of data storage and management. There are three core technologies, direct storage (Direct Attached Storage, DAS), network additional storage (Network Attached Storage, NAS) and storage domain network (Storage Area Network, SAN). SAN is a more efficient technology in various storage modes. It can not only provide rich, fast and simple storage resources for the application system on the network, but also implement centralized and unified management of the storage resources on the network. Has gradually become the current ideal storage management application mode. Among them, after FC-SAN has occupied the SAN market for many years, the new IP-SAN based on iSCSI protocol is developing rapidly and has a good market application prospect. In this paper, a cheap, simple and practical IP-SAN solution is designed for the storage requirement of software institute. The purpose of this paper is to combine the theory of SAN technology with its practical application and analyze the SAN technology on the basis of campus network. This paper briefly describes the storage area network (SAN) technology and its related protocols, and analyzes in detail the application of the FC-SAN scheme in campus network data storage. The simulation based on FC-SAN is designed and implemented by OPNET simulation platform, and the performance of network storage is analyzed quantitatively. The simulation and analysis results show that this storage method can improve the data storage efficiency of campus network and meet the performance requirements of campus service services.
【学位授予单位】：大连理工大学
【学位级别】：硕士
【学位授予年份】：2012
【分类号】：TP333
本文编号：2236324
[Abstract]:Information explosion is one of the main characteristics of this network age. With the development of information technology in various industries, data storage has become an important foundation of all kinds of work. With the development of storage technology, there are many storage technologies in the field of data storage and management. There are three core technologies, direct storage (Direct Attached Storage, DAS), network additional storage (Network Attached Storage, NAS) and storage domain network (Storage Area Network, SAN). SAN is a more efficient technology in various storage modes. It can not only provide rich, fast and simple storage resources for the application system on the network, but also implement centralized and unified management of the storage resources on the network. Has gradually become the current ideal storage management application mode. Among them, after FC-SAN has occupied the SAN market for many years, the new IP-SAN based on iSCSI protocol is developing rapidly and has a good market application prospect. In this paper, a cheap, simple and practical IP-SAN solution is designed for the storage requirement of software institute. The purpose of this paper is to combine the theory of SAN technology with its practical application and analyze the SAN technology on the basis of campus network. This paper briefly describes the storage area network (SAN) technology and its related protocols, and analyzes in detail the application of the FC-SAN scheme in campus network data storage. The simulation based on FC-SAN is designed and implemented by OPNET simulation platform, and the performance of network storage is analyzed quantitatively. The simulation and analysis results show that this storage method can improve the data storage efficiency of campus network and meet the performance requirements of campus service services.
【学位授予单位】：大连理工大学
【学位级别】：硕士
【学位授予年份】：2012
【分类号】：TP333
【参考文献】
相关期刊论文 前3条
1 沈海红,王进,郑宝玉;基于3种主流网络仿真软件的网络仿真探讨[J];江苏通信技术;2004年04期
2 王和兴,张建波,才书训;基于OPNET的网络仿真与性能测量[J];微电子学与计算机;2005年11期
3 顾晓鸣,龚平,李影,马明凯;IP网流量仿真与建模[J];系统工程与电子技术;2004年05期
相关硕士学位论文 前4条
1 邓涛;校园网网络性能分析[D];武汉理工大学;2003年
2 梅挺;校园网及应用的设计与实现[D];四川大学;2003年
3 张剑;基于OPNET仿真建模方法研究[D];武汉理工大学;2005年
4 符浅浅;校园网方案分析与设计[D];重庆大学;2005年
，本文编号：2236324
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