面向医疗设备与功率控制的5G网络资源优化模型研究

Research on 5G network resource optimization model for medical equipment and power control

现有的资源优化模型无法平均分配不同医疗设备所使用的5G网络资源,因此,设计一个面向医疗设备与功率控制的5G网络资源优化模型。部署医院后勤运维5G网络资源核心架构,设置架构中的不同层次并使其涵盖不同功能,设计5G网络资源回传链路,通过对功率进行分配,求解最优功率控制点,使网络功能与医疗设备能够独立演进,根据各设备的聚合速率估计总源速率,完成了面向医疗设备与功率控制的5G网络资源优化模型的设计。为了验证设计的模型能够平均分配5G资源,设计仿真实验。实验结果表明,经设计的模型优化后,三个设备使用5G网络资源的平均速率最大相差1.4 Mbit/s,比原有的模型优化结果减少9.4 Mbit/s,验证了模型的有效性。

Existing resource optimization models are unable to evenly allocate 5 G network resources used by different medical devices,so a 5 G network resource optimization model is designed for medical devices and power control.Deployment of hospital logistics operational core architecture 5 G network resources,set up different levels of architecture and make it covers different functions,the design 5 G network resources back link,through the study of the allocation of power,solving the optimal power control points and make the network function and evolution of medical devices to be independent,according to the polymerization rate estimated total source rate of each device for medical equipment and power control is completed 5 G network resources optimization model design.In order to verify that the designed model can evenly allocate 5 G resources,a simulation experiment is designed.The experimental results show that after the optimization of the designed model,the maximum difference in the average rate of using 5 G network resources of the three devices is 1.4 Mbit/s,which is 9.4 Mbit/s less than the original model optimization results,which verifies the effectiveness of the model.