摘要
To compensate the service providers who have paid billions of dollars to use spectrum and to satisfy secondary users' requirements in cognitive radios, a Non-cooperative Power Control Game and Pricing algorithm (NPGP) is proposed. Simulation results show that the proposed algorithm can regulate the secondary users' transmitter powers, optimally allocate radio resource and increase the total throughput effectively.
To compensate the service providers who have paid billions of dollars to use spectrum and to satisfy secondary users＇ requirements in cognitive radios, a Non-cooperative Power Control Game and Pricing algorithm （NPGP） is proposed. Simulation results show that the proposed algorithm can regulate the secondary users＇ transmitter powers, optimally allocate radio resource and increase the total throughput effectively.
基金
National Natural Science Foundation of China (No.60772062)
the Key Projects for Science and Technology of MOE (No.206055)
the Key Basic Re-search Projects for the Natural Science of Jiangsu Colleges (No.06KJA51001).
