Nov 17, 2010 · Layer 2 and layer 1 Virtual Private Network (VPN) services; ranging from simple leased lines to extending private LANs across public ...
We show that by building edge disjoint VPN trees and splitting the traffic among them, the ILEC can achieve maximum throughput, revenue, and better network ...
We show that by building Edge Disjoint VPN trees and splitting the traffic among them, the ILEC can achieve maximum throughput, revenue, and better network ...
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On the other hand, by concentrating all the VPN traffic over a single tree, the CLEC can minimize the cost of leased bandwidth while meeting minimum SLA targets ...
Building cost effective lower layer VPNs: The ILEC/CLEC paradox. A Meddeb, A Berguiga, H Youssef. 2009 IEEE 34th Conference on Local Computer Networks, 153 ...
Oct 7, 2024 · Optimal VPN design: The ILEC/CLEC dilemma. ISCC 2009: 99-100 ... Building cost effective lower layer VPNs: The ILEC/CLEC paradox. LCN ...
Building cost effective lower layer VPNs: The ILEC/CLEC dilemma. 2010, International Journal of Communication Systems. Traffic engineering for provisioning ...
The proposed approach of virtual network construction combines SPF routing algorithm with traffic flow permutations, so path migration technique is not needed.
Aref Meddeb, Abdelwahed Berguiga, and Habib Youssef, "Building Cost Effective Lower Layer VPNs: The ILEC/CLEC Paradox", presented at the 34th Annual IEEE ...
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Building cost effective lower layer VPNs: The ILEC/CLEC paradox (conference). Meddeb, Aref | Berguiga, Abdelwahed | Youssef, Habib. 2009 IEEE 34th Conference ...