The concept and calculation formula of a set ID are described in the following section. Single-AS multi-topology network Plan sub-domains in one domain based on the number of topologies, with each topology corresponding to one sub-domain. Multi-AS large-scale network Inter-AS static ...
Each bit in a BIERv6 BitString represents a destination node of a multicast packet. The BitString length (BSL) is limited to a maximum of 256 bits, which cannot meet the requirements of large-scale network deployment. To solve this problem, BIERv6 introduces the set concept. A set is a...
Each bit in a BIERv6 BitString represents a destination node of a multicast packet. The BitString length (BSL) is limited to a maximum of 256 bits, which cannot meet the requirements of large-scale network deployment. To solve this problem, BIERv6 introduces the set concept. A set is a...
Each bit in a BIERv6 BitString represents a destination node of a multicast packet. The BitString length (BSL) is limited to a maximum of 256 bits, which cannot meet the requirements of large-scale network deployment. To solve this problem, BIERv6 introduces the set concept. A set is a...
Each bit in a BIERv6 BitString represents a destination node of a multicast packet. The BitString length (BSL) is limited to a maximum of 256 bits, which cannot meet the requirements of large-scale network deployment. To solve this problem, BIERv6 introduces the set concept. A set is a...
Each bit in a BIERv6 BitString represents a destination node of a multicast packet. The BitString length (BSL) is limited to a maximum of 256 bits, which cannot meet the requirements of large-scale network deployment. To solve this problem, BIERv6 introduces the set concept. A set is a...
Each bit in a BIERv6 BitString represents a destination node of a multicast packet. The BitString length (BSL) is limited to a maximum of 256 bits, which cannot meet the requirements of large-scale network deployment. To solve this problem, BIERv6 introduces the set concept. A set is a...
Each bit in a BIERv6 BitString represents a destination node of a multicast packet. The BitString length (BSL) is limited to a maximum of 256 bits, which cannot meet the requirements of large-scale network deployment. To solve this problem, BIERv6 introduces the set concept. A set is a...
Each bit in a BIERv6 BitString represents a destination node of a multicast packet. The BitString length (BSL) is limited to a maximum of 256 bits, which cannot meet the requirements of large-scale network deployment. To solve this problem, BIERv6 introduces the set concept. A set is a...
Each bit in a BIERv6 BitString represents a destination node of a multicast packet. The BitString length (BSL) is limited to a maximum of 256 bits, which cannot meet the requirements of large-scale network deployment. To solve this problem, BIERv6 introduces the set concept. A set is a...