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ROME: Routing On Metropolitan-scale Ethernet

by Chen Qian, Simon S. Lam
"... Abstract—We present the architecture and protocols of ROME, a layer-2 network designed to be backwards compatible with Ethernet and scalable to tens of thousands of switches and millions of end hosts. ROME is based upon a recently developed geographic routing protocol, greedy distance vector (GDV). ..."
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). Switches in ROME do not need any location information. Protocol design innovations in ROME include a stateless multicast protocol, a Delaunay DHT, as well as routing and host discovery protocols for a hierarchical network. ROME protocols do not use broadcast. Extensive experimental results from a packet

1A Scalable and Resilient Layer-2 Network with Ethernet Compatibility

by Chen Qian, Simon S. Lam , 2013
"... Abstract—We present the architecture and protocols of ROME, a layer-2 network designed to be backwards compatible with Ethernet and scalable to tens of thousands of switches and millions of end hosts. Such large-scale networks are needed for emerging applications including data center networks, wide ..."
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, wide area networks, and metro Ethernet. ROME is based upon a recently developed greedy routing protocol, greedy distance vector (GDV). Protocol design innovations in ROME include a stateless multicast protocol, a Delaunay DHT, as well as routing and host discovery protocols for a hierarchical network

New Techniques for Geographic Routing

by Ben Wing, Ben Wing, Lup Leong, Lup Leong , 2006
"... As wireless sensor networks continue to grow in size, we are faced with the prospect of emerging wireless networks with hundreds or thousands of nodes. Geographic routing algorithms are a promising alternative to tradition ad hoc routing algorithms in this new domain for point-to-point routing, but ..."
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As wireless sensor networks continue to grow in size, we are faced with the prospect of emerging wireless networks with hundreds or thousands of nodes. Geographic routing algorithms are a promising alternative to tradition ad hoc routing algorithms in this new domain for point-to-point routing, but deployments of such algorithms are currently uncommon because of some practical difficulties.
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