Label switching and IP version 6
Paul Boustead, S. Barnett, J.F. Chicharo, G. Anido
Abstract
Paul Boustead, S. Barnett, J.F. Chicharo, G. Anido
Abstract
This paper discusses how the strict hierarchical address structure of IP version 6 and high levels of IP route aggregation will effect the operation of popular label switching techniques. We predict that the introduction of IP version 6 will cause significant problems with control driven label switching proposals such as MPLS and Tag Switching. We propose an alternate label switching solution that uses information in the IP version 6 address structure to classify and cut-through flows based on destination site address. Our simulation studies shown that over 96% of packets will be switched by ATM bypassing network layer forwarding using this technique.
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This paper discusses how the strict hierarchical address structure of IP version 6 and high levels of IP route aggregation will effect the operation of popular label switching techniques. We predict that the introduction of IP version 6 will cause significant problems with control driven label switching proposals such as MPLS and Tag Switching. We propose an alternate label switching solution that uses information in the IP version 6 address structure to classify and cut-through flows based on destination site address. Our simulation studies shown that over 96% of packets will be switched by ATM bypassing network layer forwarding using this technique.
Key concepts: Multiprotocol Label Switching, Label switching, Computer science, Computer network, Label Distribution Protocol, LAN switching, Network packet, Optical IP Switching