원문정보
초록
영어
The Multiprotocol Label Switching (MPLS) technology is currently the most deployed technology by service providers over backbone networks. The highly useful MPLS application nowadays is the MPLS Virtual Private Network (VPN). Due to the enterprises and organizations demand of allowing the remote sites and users to connect to enterprise network, MPLS VPNs have become more attractive. The service providers are using MPLS VPN technology to provide the end users a secure channel across the public internet, with flexibility and scalability. MPLS VPNs have the functionality to operate over both MPLS networks as well as existing IP networks. Variety of research has been conducted in this area and many researchers have proposed different models and solutions to implement MPLS VPN technology more effectively and efficiently. This paper presents the detail analysis of the existing and future techniques and models which are used to implement, optimize, secure MPLS VPN technology.
목차
1. Introduction
1.1. Scalability
1.2. Traffic Engineering
2. Operations of MPLS VPNs
3. MPLS Benefits
3.1. Scalability
3.2. Easy Management
3.3. Foundation to get Premium Services
3.4. Standard Based
4. Literature Review of Existing Proposed Models and Techniques
4.1. MPLS Technology on IP Backbone Network
4.2. A Novel Approach to Improve the Performance of MPLS-VPN
4.3. Multiprotocol Label Switching and IP: MPLS VPNs over IP Tunnels
4.4. Design and Implementation of Two level VPN Service Provisioning Systems over MPLS Networks
4.5. The Implementation of the Premium Services for MPLS IP VPNs
4.6. Quantitative Analysis of Multiprotocol Label Switching (MPLS) in VPNs
4.7. Multiprotocol Label Switching and IP: Multicast VPNs
4.9. A Detailed Implement and Analysis of MPLS VPN Based on IPSec
4.10. A Distributed Bandwidth-Guaranteed Routing Algorithm for P2MP VPLS Virtual Connections
4.11. Efficient QoS Implementation for MPLS VPN
4.12. End to End QoS Architecture for VPNs: MPLS VPN Deployment in a Backbone Network
4.13. VPN Scalability over High Performance Backbones Evaluating MPLS VPN against Traditional Approaches
4.14. Pure MPLS Technology
4.15. Securing MPLS Networks with Multi-path Routing
5. Conclusion
References