High-performance multicast packet switching technologies are evolving to meet the growing
demand for scalability on the Internet and datacenters, etc. Implementing a high …

High-performance multicast-enabled switches and routers are being constantly developed,
which use a polynomial-time group membership query algorithm within the Packet …

High-performance multicast-enabled packet forwarding engines (PFEs), as an essential
component of high-end switches, use a polynomial-time membership query algorithm to …

Multicast is an efficient way to realize one-to-many group communications in large-scale
networks such as the Internet. However, the deployment of IP multicast services over the …

To meet the rapid development of high-performance routers and switches, Packet
Forwarding Engine (PFE), as the essential component of high-performance routers and …

To improve Bloom filter-based packet forwarding architectures, we introduce one additional
Bloom filter that stores the correct next hop information for recent false positives so as to …

In control-plane of optical packet forwarding engines (OPFEs), the group-membership query
algorithm determines the egress through which a packet should be forwarded. To implement …

As a key component of high‐performance switches and routers, the packet forwarding
engine (PFE) is mainly responsible for selecting the appropriate output port for tens of …

Several types of applications, like broadcast video, interactive gaming, remote collaboration,
etc., require multicast distribution of content. An important problem, from the router …

In enterprise and data center networks, the scalability of the data plane becomes
increasingly challenging as forwarding tables and link speeds grow. Simply building …