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4. Advanced aspects and applications
The main advantages of MPLS technology lie in its ability to integrate QoS management and traffic engineering solutions into an IP network. Indeed, operators need to control their network more precisely than is possible with conventional IP routing, without giving up the flexibility it provides. Because a virtual path is created to transport IP packets, MPLS is an ideal candidate for supporting advanced traffic engineering functions and adding QoS management features in the core network. What's more, MPLS enables advanced functions to be deployed while deferring implementation complexity to network boundaries and retaining good scaling factor resistance properties.
4.1 Traffic engineering
This is one of the most immediate applications of MPLS. Traffic engineering...
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Advanced aspects and applications
Conclusion
Bibliography
References
Organizations
Internet Engineering Task Force (IETF)
The IETF website provides access to documents produced by IETF working groups, in particular the MPLS, Traffic Engineering and VPN groups.
IETF MPLS working group
...Websites
MPLS Resource Center
A resource site, this portal provides access to a wide range of documentation on MPLS: books and articles, announcements from manufacturers and network operators, vendors of products supporting MPLS, LDP and administration tools. You'll also find information on technologies associated with MPLS: GMPLS,...
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