ISSN (Online) : 2395-3527
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IJAEEE ISSN (Online) : 2395-3527
     
Title    :   Energetic Abno Driven Network Architecture
Authors    :   Aditi Awasthi , L.Malathy
Keywords    :   Cloud Service Providers, Data Centers (DC), Flexgrid, Virtual Network Topology (VNT), Applications Based Network Operations (ABNO).
Issue Date    :   May 2016
Abstract    :   The increasing demand of internet services is pushing cloud services providers to increase the capacity of their data centers (DC) and create DC federations, where two or more cloud providers interconnect their infrastructures. As a result of the huge capacity required for the inter-DC network, the flexgrid optical technology can be used. In such scenario, applications can run in DCs placed in geographically distant locations, and hence, multicast-based communication services among their components are required. In this project, we study two different approaches to provide multicast services in multilayer scenarios assuming that the optical network is based on the flexgrid technology: (1) establishing a point-to-multipoint optical connection (light-tree) for each multicast request, and 2) using a multipurpose virtual network topology (VNT) to serve both unicast and multicast connectivity requests. When that VNT is not able to serve an incoming request as a result of lack of capacity,
Page(s)    :   Pages : 6-11
ISSN(Online)    :   2395-3527
Source    :   IJAEEE - Volume 2 Issue 5
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