Network security big data analysis system based on cross-layer adaptive mutation particle swarm optimization algorithm

Aiming to address the issues of limited local search capabilities and premature convergence in fuzzy systems, the network security The main work of this paper is to introduce the research background and status of coplanar waveguide and electromagnetic induced transparency effect at home and abroad, as well as their basic principles and application fields. The relevant knowledge such as transmission line theory and microwave scheduler are introduced, and the expressions of the transmission coefficient and phase of the wavelength scheduler are derived based on this . Then, the transmission and reflection coefficients of the coupled cloud platform dynamo wavelength scheduler system are derived using Hamiltonian, and the influence of factors such as coupling coefficient on the microwave transmission characteristics of the coupled cloud platform scheduler is analyzed. The amplitude and phase diagrams of the transmission and reflection spectra are obtained by simulation using MATLAB software, and the transparent window in the transmission curve is observed. The simulation results show that a similar electromagnetic induced transparency phenomenon, namely, the EIT-like effect, occurs in the coupled cloud platform dynamo wavelength scheduler and coplanar waveguide system.