To tackle this challenge, the present paper proposes a simple and novel approach. The proposed approach relies only on end-to-end measurements of the path.
Sep 23, 2012 · Here, the key idea of the proposed approach is to make use of compressed sensing theory to estimate delays on each hop between the two nodes ...
Here, the key idea of the proposed approach is to make use of compressed sensing theory to estimate delays on each hop between the two nodes where end-to-end ...
To tackle this challenge, the present paper proposes a simple and novel approach. The proposed approach relies only on end-to-end measurements of the path.
Missing: Paths | Show results with:Paths
The results are encouraging, showing that the proposed approach is able to locate the hops that have the most significant impact on or contribute the most ...
Abstract—Unwanted or unusual delay changes on an Internet path can happen, though possibly rarely. In order to understand.
The goal of this work is to demonstrate that without any new measurement infrastructure or active probing we obtain composite performance estimates ... Download ...
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What is the end-to-end architecture of the Internet?
Which provides delay measurement from source to router along end end Internet path toward destination?
To tackle this challenge, the present paper proposes a simple and novel approach. The proposed approach relies only on end-to-end measurements of the path.
Here, the key idea of the proposed approach is to make use of compressed sensing theory to estimate delays on each hop between the two nodes where end-to-end ...
Locating Disruptions on Internet Paths through End-to-End Measurements. 2012. Preprint. arXiv (Cornell University). Atef Abdelkefi, Yaser Efthekhari, Yuming ...