2017Unpublished venueRequires access

Layer-two peering across SAVI and GENI testbeds using HyperExchange

Saeed Arezoumand, Hadi Bannazadeh, Alberto Leon‐Garcia

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Abstract

We demonstrate the peering of virtual networks between the SAVI and GENI testbeds using HyperExchange1, a software-defined exchange fabric. The exchange is deployed between the physical networks of the two testbeds. Specifically, a layer-two WAN including nodes in SAVI testbed is peered with a VLAN in GENI testbed without using encapsulation and overlays. Each of these testbeds has a different logic to create and manage layer-two networks, so this demonstration shows how the HyperExchange is protocol-agnostic and allows tenants to create networks across dissimilar networks.

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What this paper is about

We demonstrate the peering of virtual networks between the SAVI and GENI testbeds using HyperExchange1, a software-defined exchange fabric. The exchange is deployed between the physical networks of the two testbeds. Specifically, a layer-two WAN including nodes in SAVI testbed is peered with a VLAN in GENI testbed without using encapsulation and overlays. Each of these testbeds has a different logic to create and manage layer-two networks, so this demonstration shows how the HyperExchange is protocol-agnostic and allows tenants to create networks across dissimilar networks.

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Available abstract

We demonstrate the peering of virtual networks between the SAVI and GENI testbeds using HyperExchange1, a software-defined exchange fabric. The exchange is deployed between the physical networks of the two testbeds. Specifically, a layer-two WAN including nodes in SAVI testbed is peered with a VLAN in GENI testbed without using encapsulation and overlays. Each of these testbeds has a different logic to create and manage layer-two networks, so this demonstration shows how the HyperExchange is protocol-agnostic and allows tenants to create networks across dissimilar networks.

Key concepts: Testbed, Peering, Computer science, Computer network, Virtual LAN, Layer (electronics), Software-defined networking, Emulation

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