getvpn的企业网设计与实现
3
目 录
ABSTRACT 3
KEY WORDS 4
1.选题背景 4
1.1 课题背景 4
1.2 课题意义 4
1.3 本文研究的内容 4
2.多协议标签交换VPN(MPLS VPN) 5
2.1 多协议标签交换(MPLS) 5
2.1.1 MPLS技术架构 5
2.1.2 MPLS如何工作 6
2.1.3 MPLS VPN和IPsec VPN 7
2.2 MPLS VPN 7
2.2.1 MPLS VPN概述 7
2.2.2 MPLS VPN基本原理 7
2.3 L3 VPN 8
2.3.1 L3 VPN 和 L2 VPN 8
2.3.2 L3 VPN 组件 8
2.3.3 VRF工作 9
2.4 小结 9
3.群组加密传输VPN(GET VPN) 9
3.1 GET VPN的技术架构 9
3.2 GET VPN的特性 10
3.3 GET VPN的解决方案 10
3.4 GET VPN的组成员ACL 11
3.5 小结 12
4.模拟ISP传输加密 12
4.1 实验场景假设 12
4.2 实验平台的选择 12
4.2.1 操作系统平台的选择 12
4.2.2 路由平台的选择 12
4.2.3 仿真平台的登入 13
4.3 GET VPN连通与实现 14
4.3.1 实验环境及拓扑结构 14
4.3.2 实验效果的实现与检验 15
4.4 小结 19
5.总结与展望 19
5.1 总结 19
5.2 展望 19
致谢 19
参考文献 20
基于GET VPN的企业网设计与实现
计算机科学与技术专业学生 孙望
*好棒文|www.hbsrm.com +Q: ^351916072*
指导教师 叶锡君
摘要:GET VPN是一个为大型企业网准备的VPN解决方案,也是基于MPLS VPN所做的加密技术。做GET VPN的首要前提是全网互通,可以对任意到任意的通讯进行加密。基于Cisco IOS软件的GET VPN技术是无隧道的解决方案,为语音、视频和数据提供了端到端的安全,还利用核心网的强大性能为全网络中不同站点间路由数据包。GET VPN能达到以下的效果:GET VPN能预测用户对点到点隧道的需求,实现动态化,GET VPN能将企业VPN的部署扩展到上千个站点,GET VPN能保证企业站点间传输语音,视频的质量要求。简单来说,GET VPN的出现对于网络安全有着很大的重要性。本文所要介绍的就是GET VPN的使用方法与环境,通过实验模拟真实的网络环境来了解各种网络协议在GET VPN中的应用,来了解如何对流量进行加密,使得网络通信变得更加安全可靠。
The design and implementation based on
GET VPN enterprise network
Student majoring in computer science and technology SUN Wang
Tutor YE Xijun
Abstract:GET VPN is a VPN solution which is prepared for largescale enterprise network , a encryption technology based on MPLS VPN. The most important prerequisite to do a GET VPN is the whole network interoperability, which is encrypted for any to any communication. GET VPN technology based on Cisco IOS software is the solution of the tunnel, for voice, video and data to provide endtoend security, but also use the powerful performance of the core network to route packets between different sites in a fully meshed network. GET VPN can achieve the following effects: being able to predict demand for pointtopoint tunnels and achieve dynamic, extending enterprise VPN deployment to thousands of sites, ensuring enterprise intersite transport of voice and the video quality requirements. In simple terms, the emergence of the GET VPN network security has great importance. This paper is to introduce the using method and environment of GET VPN, through the simulating experiments of the real network environments to understand a variety of network protocols in GET VPN, to understand how the traffic is encrypted to make network communications become more secure and reliable.
目 录
ABSTRACT 3
KEY WORDS 4
1.选题背景 4
1.1 课题背景 4
1.2 课题意义 4
1.3 本文研究的内容 4
2.多协议标签交换VPN(MPLS VPN) 5
2.1 多协议标签交换(MPLS) 5
2.1.1 MPLS技术架构 5
2.1.2 MPLS如何工作 6
2.1.3 MPLS VPN和IPsec VPN 7
2.2 MPLS VPN 7
2.2.1 MPLS VPN概述 7
2.2.2 MPLS VPN基本原理 7
2.3 L3 VPN 8
2.3.1 L3 VPN 和 L2 VPN 8
2.3.2 L3 VPN 组件 8
2.3.3 VRF工作 9
2.4 小结 9
3.群组加密传输VPN(GET VPN) 9
3.1 GET VPN的技术架构 9
3.2 GET VPN的特性 10
3.3 GET VPN的解决方案 10
3.4 GET VPN的组成员ACL 11
3.5 小结 12
4.模拟ISP传输加密 12
4.1 实验场景假设 12
4.2 实验平台的选择 12
4.2.1 操作系统平台的选择 12
4.2.2 路由平台的选择 12
4.2.3 仿真平台的登入 13
4.3 GET VPN连通与实现 14
4.3.1 实验环境及拓扑结构 14
4.3.2 实验效果的实现与检验 15
4.4 小结 19
5.总结与展望 19
5.1 总结 19
5.2 展望 19
致谢 19
参考文献 20
基于GET VPN的企业网设计与实现
计算机科学与技术专业学生 孙望
*好棒文|www.hbsrm.com +Q: ^351916072*
指导教师 叶锡君
摘要:GET VPN是一个为大型企业网准备的VPN解决方案,也是基于MPLS VPN所做的加密技术。做GET VPN的首要前提是全网互通,可以对任意到任意的通讯进行加密。基于Cisco IOS软件的GET VPN技术是无隧道的解决方案,为语音、视频和数据提供了端到端的安全,还利用核心网的强大性能为全网络中不同站点间路由数据包。GET VPN能达到以下的效果:GET VPN能预测用户对点到点隧道的需求,实现动态化,GET VPN能将企业VPN的部署扩展到上千个站点,GET VPN能保证企业站点间传输语音,视频的质量要求。简单来说,GET VPN的出现对于网络安全有着很大的重要性。本文所要介绍的就是GET VPN的使用方法与环境,通过实验模拟真实的网络环境来了解各种网络协议在GET VPN中的应用,来了解如何对流量进行加密,使得网络通信变得更加安全可靠。
The design and implementation based on
GET VPN enterprise network
Student majoring in computer science and technology SUN Wang
Tutor YE Xijun
Abstract:GET VPN is a VPN solution which is prepared for largescale enterprise network , a encryption technology based on MPLS VPN. The most important prerequisite to do a GET VPN is the whole network interoperability, which is encrypted for any to any communication. GET VPN technology based on Cisco IOS software is the solution of the tunnel, for voice, video and data to provide endtoend security, but also use the powerful performance of the core network to route packets between different sites in a fully meshed network. GET VPN can achieve the following effects: being able to predict demand for pointtopoint tunnels and achieve dynamic, extending enterprise VPN deployment to thousands of sites, ensuring enterprise intersite transport of voice and the video quality requirements. In simple terms, the emergence of the GET VPN network security has great importance. This paper is to introduce the using method and environment of GET VPN, through the simulating experiments of the real network environments to understand a variety of network protocols in GET VPN, to understand how the traffic is encrypted to make network communications become more secure and reliable.
版权保护: 本文由 hbsrm.com编辑,转载请保留链接: www.hbsrm.com/jsj/jsjkxyjs/1945.html