Power communication network operation optimization based on 5G network slicing and MEC deployment

The power system business types are complex, the communication needs are different, and the reasonable allocation and scheduling of communication resources with diminishing marginal effect is extremely difficult. Therefore, a power communication network operation optimization method based on 5G network slicing and MEC deployment is proposed. In order to ensure the security and reliability of the power communication network, the transmission attenuation balance equation of the 5G network slicing communication channel is established, the power communication domain is divided, and the server MEC deployment is completed, which effectively reduces the data transmission delay and alleviates the problem of diminishing marginal effect. Combined with Fourier transform algorithm, anti-interference processing is carried out to promote reasonable allocation and scheduling of communication resources. Combined with MEC deployment results, the operation optimization of power communication network is realized. The experimental results show that the power consumption of the power communication network is reduced by up to 300J after the application of this method, and the amplitude of signal fluctuation is smaller and the signal bolton is more uniform after the application of the research method.