Instead of allowing a Ethernet to broadcast freely, which then limits the scalability, this paper introduces a L2 proxy on Ethernet.
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Ibáñez et al (2010) Fast Path Ethernet Switching: On-demand, Efficient Transparent Bridges for Data Center and Campus Networks (LANMAN)
This paper addresses how to use “transparent bridges” to make switching fast. Instead of spanning tree, this uses shortest paths in the topology to forward packets.
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Kim et al (2008) Floodless in SEATTLE: A Scalable Ethernet Architecture for Large Enterprises (SIGCOMM)
This paper proposes a way to make a floodless Ethernet.
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Yu et al (2009) BUFFALO: Bloom Filter Forwarding Architecture for Large Organizations (CoNEXT)
This paper proposes a new architecture on how a switch should forward packet, so that it can (1) reduce the memory requirement for storing a forwarding table and (2) reduce the processing time by not looking up the forwarding table.
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Myers et al (2004) Rethinking the Service Model: Scaling Ethernet to a Million Nodes (HotNets)
This paper tells why Ethernet cannot scale and propose a solution to solve it.
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