Method for Allocatiing Communication Resource for Medical Iot Terminal Devices
In densely deployed medical Internet of Things environments,mutual interference between devices may lead to the decline of communication quality,resulting in high power consumption and difficulty in communication re-source allocation.Therefore,a low power allocation method for communication resources of medical IoT terminal e-quipment is proposed.Establish the objective function for the optimal allocation of communication resources of Internet of Things terminal equipment.Based on setting the fairness measurement factor of the terminal equipment,the subcarrier allocation of the terminal equipment is completed to solve the communication conflict problem.By assigning specific subcarriers to each terminal device,interference between devices can be reduced and spectrum utilization effi-ciency can be improved.Based on this,a compression network and a power distribution network were established based on the DNN network.The compressed information was used as the input of the power distribution network to minimize the total transmission power of the terminal equipment in the medical Internet of Things,so as to realize the low power allocation of the communication resources of the medical Internet of Things terminal equipment.The experi-mental results show that under the application of the research method,the resource utilization rate increases rapidly,and eventually reaches more than 60%.After the proposed method is used to allocate communication resources,the throughput of the medical Internet of Things is maintained at about 60Mbps.The above results show that the proposed method has high resource utilization and network throughput,and can effectively reduce resource allocation power con-sumption.
Internet of Medical ThingsTerminal DevicesSubcarrier AllocationPower AllocationCommunication Resources.
万方数据
维普
