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Optimal channel selection in parallel scheduling of heterogeneous network based on competitive channel non-cooperative game model

机译：基于竞争性信道非合作博弈模型的异构网络并行调度中的最优信道选择

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摘要

In order to improve the parallel scheduling performance and channel balance of heterogeneous network, an optimal channel selection algorithm for parallel scheduling of heterogeneous network based on competitive channel non-cooperative game model is proposed in this paper. In this algorithm, the channel model of heterogeneous network is constructed, and the impulse response frequency doubling technology is adopted to spread the heterogeneous network channels. The simulation results show that this proposed method can improve equalisation and anti-interference ability of channels in optimal channel selection in parallel scheduling of heterogeneous network and it provides the maximum channel transmission bit error rate of 0.35 and channel transmission bit error rate of 0 at signal-to-noise ratio of 50 dB, which indicates that the bit error rate of the receiving end is small. With this method, the end-to-end time delay in parallel scheduling of heterogeneous network is reduced and the channel impulse response time is about 0.4-0.6 seconds, which improves the stability and accuracy of parallel scheduling of heterogeneous network.
机译：为了提高异构网络的并行调度性能和信道均衡性，提出了一种基于竞争性信道非合作博弈模型的异构网络并行调度的最优信道选择算法。该算法构建了异构网络的信道模型，并采用脉冲响应倍频技术扩展了异构网络的信道。仿真结果表明，该方法可以提高异构网络并行调度中最优信道选择中的信道均衡和抗干扰能力，在信号传输时，最大信道传输误码率为0.35，信道传输误码率为0。噪声比为50 dB，表明接收端的误码率很小。该方法减少了异构网络并行调度的端到端时延，信道冲激响应时间约为0.4-0.6秒，提高了异构网络并行调度的稳定性和准确性。

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