Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: In this work,  study the inter-domain traffic engineering problem with the perspective of attaining socially optimal flows across the Internet. In accordance with the two-level (intra- and inter-AS) hierarchy that naturally exists in the Internet architecture,  use bi-level network flow decomposition to derive inter-domain traffic engineering solutions that do not require ISPs to reveal their intra-domain topologies in their information exchange with each other. The distributed solutions that  obtain through convex optimization techniques require ASes to exchange destination-specific rate information across the inter-domain links (i.e., beten adjacent gateway routers belonging to different ASes), and determining the intra-domain traffic rates beten the edge-routers based on the state of congestion of the edge-nodes in the AS, and the cost of traffic routing through the AS which in turn depends on the AS's intra-domain routing/traffic engineering conditions.  investigate the optimality and convergence properties of these solutions through simulations on networks generated using realistic inter- and intra-domain topology models.
['Praveen Kumar Muthuswamy', 'Koushik Kar', 'Aparna Gupta', 'Murat Yuksel']
I am writing a research paper on a idea Inter-domain traffic engineering as bi-level network flow optimization
[{"from": "human", "value": "I am writing a research paper on a idea Inter-domain traffic engineering as bi-level network flow optimization"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: In this work,  study the inter-domain traffic engineering problem with the perspective of attaining socially optimal flows across the Internet. In accordance with the two-level (intra- and inter-AS) hierarchy that naturally exists in the Internet architecture,  use bi-level network flow decomposition to derive inter-domain traffic engineering solutions that do not require ISPs to reveal their intra-domain topologies in their information exchange with each other. The distributed solutions that  obtain through convex optimization techniques require ASes to exchange destination-specific rate information across the inter-domain links (i.e., beten adjacent gateway routers belonging to different ASes), and determining the intra-domain traffic rates beten the edge-routers based on the state of congestion of the edge-nodes in the AS, and the cost of traffic routing through the AS which in turn depends on the AS's intra-domain routing/traffic engineering conditions.  investigate the optimality and convergence properties of these solutions through simulations on networks generated using realistic inter- and intra-domain topology models."}]