
The authors propose architectural extensions to scale BIER-TE, a stateless multicast transport protocol, to large networks while supporting resilient communications. The key idea is to subdivide the BIER domain into 2-connected subsets and leverage tunneling, egress protection, and modified BIER-TE-FRR to enable scalable and resilient forwarding.


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scaling-bier-te-to-large-networks-with-subset-tunneling-and-resilient-forwarding


Scaling BIER-TE to Large Networks with Subset Tunneling and Resilient Forwarding
