Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Interference in unlicensed band is a severe problem due to sharing of the limited spectrum resource and uncoordinated por transmission of wireless access points. To solve this problem,  aim for minimizing interference among Access Points'coverage while preserving throughput fairness.  investigate this problem by modelling the spectrum sharing WLAN networks as a cooperative game. A bargaining game model is desirable in this frequently changing WLAN networking environment. Our solution is developed based on Nash Bargaining Solution, which can derive desirable properties such as Pareto Efficiency and proportional fairness. ,  first derive the Nash Bargaining Solution for a 2-AP case and a 3-AP case. Then  provide a general solution for scenario with arbitrary number of APs. Simulation results show that the total networking throughput in maximum in the proposed scheme, compared with all other possible transmission por strategies. The interference beten WLAN APs is minimal. Our work can lead to a cooperative spectrum sharing WLAN networking design with allocation fairness and optimal throughput performance.
['Chih-Yu Wang', 'Kuo-Tung Hong', 'Hung-Yu Wei']
I am writing a research paper on a idea Nash Bargaining Solution for Cooperative Shared-Spectrum WLAN Networks
[{"from": "human", "value": "I am writing a research paper on a idea Nash Bargaining Solution for Cooperative Shared-Spectrum WLAN Networks"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Interference in unlicensed band is a severe problem due to sharing of the limited spectrum resource and uncoordinated por transmission of wireless access points. To solve this problem,  aim for minimizing interference among Access Points'coverage while preserving throughput fairness.  investigate this problem by modelling the spectrum sharing WLAN networks as a cooperative game. A bargaining game model is desirable in this frequently changing WLAN networking environment. Our solution is developed based on Nash Bargaining Solution, which can derive desirable properties such as Pareto Efficiency and proportional fairness. ,  first derive the Nash Bargaining Solution for a 2-AP case and a 3-AP case. Then  provide a general solution for scenario with arbitrary number of APs. Simulation results show that the total networking throughput in maximum in the proposed scheme, compared with all other possible transmission por strategies. The interference beten WLAN APs is minimal. Our work can lead to a cooperative spectrum sharing WLAN networking design with allocation fairness and optimal throughput performance."}]