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In this paper, we describe our experience in implementing a non-IP routing protocol - Virtual Id Routing (VIRO) - using the OVS-SDN platform in GENI. As a novel, "plug-&-play", routing paradigm for future dynamic networks, VIRO decouples routing/forwarding from addressing by introducing a topology-aware, structured virtual id layer to encode the locations of switches and devices...
With network components increasingly reliable, routing is playing an ever greater role in determining network reliability. This has spurred much activity in improving routing stability and reaction to failures and rekindled interest in centralized routing solutions, at least within a single routing domain. Centralizing decisions eliminates uncertainty and many inconsistencies and offers added flexibility...
With network components increasingly reliable, routing is playing an ever greater role in determining network reliability. This has spurred much activity in improving routing stability and reaction to failures, and rekindled interest in centralized routing solutions, at least within a single routing domain. Centralizing decisions eliminates uncertainty and many inconsistencies, and offers added flexibility...
This paper proposes VEIL-a novel, "plug-&-play" Virtual (Ethernet) Identifier (Id) Layer for below IP networking. The objective is two-fold: i) VEIL directly addresses the scalability, efficiency and reliability challenges facing the traditional Ethernet, while retaining its "plug-&-play" feature; ii) but perhaps more importantly, VEIL provides a uniform (below IP) convergence...
This paper presents a new automatic hybrid router configuration (HRC) approach to access control, which combine the advantages of direct configuration (DC) method and routing diffusion configuration (RDC) method to simplify access control configuration in large-scale networks. The proposed HRC is a flexible, adaptable and affordable approach to block/unblock the harmful IP address. A comprehensive...
We present a thorough investigation of four issues with the destination set in IP-level topology measurement. (1) To evaluate the completeness of the destination set, we measured by brute force and found that a half of edges will be missed by the uniform random selection (URS) method which was adopted by well-known CAIDA' skitter. (2) Two potential reasons for edge missing, the short-term routing...
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