Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Running multiple virtual networks over a shared physical network is a promising way to support diverse applications, consequently network virtualization is vied as the keystone of the next-generation architecture. Hover, decoupling the role of traditional ISPs into Infrastructure Providers (InPs) and Service Providers (SPs), also brings some new challenges to us. For example, how to fairly and efficiently share the sacred physical resources of InPs among multiple SPs is a key problem. The interaction beten InPs and SPs, such as cooperation and competition, makes this topic even more complicated. ,  develop a novel approach to encourage efficient behavior in solving the interaction beten InPs and SPs by introducing economic incentives, in the form of Game Theory. Based on the non-cooperative game model, a bandwidth allocation scheme in the network virtualization environment is established, using the concept of the Nash Equilibrium. Then  propose an iterative algorithm to find the Nash Equilibrium and solve the bandwidth allocation problem. Finally,  demonstrate the convergence and the effectiveness of our scheme in the experiments.
['Ye Zhou', 'Yong Li', 'Guang Sun', 'Depeng Jin', 'Li Su', 'Lieguang Zeng']
I am writing a research paper on a idea Game Theory Based Bandwidth Allocation Scheme for Network Virtualization
[{"from": "human", "value": "I am writing a research paper on a idea Game Theory Based Bandwidth Allocation Scheme for Network Virtualization"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Running multiple virtual networks over a shared physical network is a promising way to support diverse applications, consequently network virtualization is vied as the keystone of the next-generation architecture. Hover, decoupling the role of traditional ISPs into Infrastructure Providers (InPs) and Service Providers (SPs), also brings some new challenges to us. For example, how to fairly and efficiently share the sacred physical resources of InPs among multiple SPs is a key problem. The interaction beten InPs and SPs, such as cooperation and competition, makes this topic even more complicated. ,  develop a novel approach to encourage efficient behavior in solving the interaction beten InPs and SPs by introducing economic incentives, in the form of Game Theory. Based on the non-cooperative game model, a bandwidth allocation scheme in the network virtualization environment is established, using the concept of the Nash Equilibrium. Then  propose an iterative algorithm to find the Nash Equilibrium and solve the bandwidth allocation problem. Finally,  demonstrate the convergence and the effectiveness of our scheme in the experiments."}]