基于协同感知的能量有效性优化算法在5G通信中的应用

Application of Energy Efficiency Optimization Algorithm Based on Cooperative Sensing in 5G Communication

为了提高5G通信网络能量利用率,提出基于协同感知的能量有效性优化算法对5G通信进行优化。通过构建5G认知网络模型,利用协同感知的能量有效性,感知通信谱并实时分析多址动态。通过计算网络的能量效率函数,给出其多目标的能量优化数值,以提高5G通信频谱资源和能量的利用率。实验结果表明,基于协同感知的能量有效性优化算法在5G通信中的应用,可以更好地保证5G的通信效果,提高能量利用率,实现节能要求。

In order to achieve the research goal of improving the energy utilization rate of 5G communication networks,a research method for optimizing 5G communication based on an energy efficiency optimization algorithm based on collaborative sensing is proposed.By constructing a 5G cognitive network model and using the energy efficiency of collaborative sensing,the communication spectrum is subjected to dynamic real-time analysis of perception and multiple access.The energy efficiency function of the network is calculated,and its multi-objective energy optimization value is given,to achieve the research goal of improving 5G communication spectrum resources and energy utilization.The experimental results show that the energy-efficiency optimization algorithm based on collaborative sensing in 5G communication can better ensure the effect of 5G communication,improve energy utilization,and achieve energysaving requirements.