Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The quality of multimedia communications heavily relies on the end-to-end network condition. Sub-optimal resource allocation in the substrate network may deplete certain links sooner, making the network less resilient to link failures, traffic fluctuation or random traffic spikes. Regulating the traffic can improve the media quality, but is not an easy operation to do in legacy IP networks. SDN technology provides the support for an unprecedented centralized solution in this regard. Thus the biggest challenge is how to allocate resources in the data plane. ,  propose a Two-phase flow embedding approach with an iterative traffic engineering algorithm to address the resource allocation problem lying in the data plane of multimedia IP communication systems.  numerically evaluate it and compare it with (a) Dijkstra algorithm and (b) flow embedding approach with a greedy TE heuristics.  show that the flow embedding approach with the iterative TE excels in all three metrics: session accept rate, throughput, and link utilizations, under a spectrum of scenarios including unexpected network conditions and traffic conditions.
['Lilin Zhang', 'Ali Tizghadam', 'Hadi Bannazadeh', 'Alberto Leon-Garcia']
I am writing a research paper on a idea Iterative traffic engineering in the data plane of multimedia IP communications
[{"from": "human", "value": "I am writing a research paper on a idea Iterative traffic engineering in the data plane of multimedia IP communications"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The quality of multimedia communications heavily relies on the end-to-end network condition. Sub-optimal resource allocation in the substrate network may deplete certain links sooner, making the network less resilient to link failures, traffic fluctuation or random traffic spikes. Regulating the traffic can improve the media quality, but is not an easy operation to do in legacy IP networks. SDN technology provides the support for an unprecedented centralized solution in this regard. Thus the biggest challenge is how to allocate resources in the data plane. ,  propose a Two-phase flow embedding approach with an iterative traffic engineering algorithm to address the resource allocation problem lying in the data plane of multimedia IP communication systems.  numerically evaluate it and compare it with (a) Dijkstra algorithm and (b) flow embedding approach with a greedy TE heuristics.  show that the flow embedding approach with the iterative TE excels in all three metrics: session accept rate, throughput, and link utilizations, under a spectrum of scenarios including unexpected network conditions and traffic conditions."}]