Research on Frequency Optimization of Electronic Equipment Based on Nonlinear Coefficient

Abstract

The interference between electronic equipment have become more and more serious with the extensive use of information equipment. In order to effectively solve the interference problem between electronic equipment, the paper use the receiver nonlinear coefficient method to quantitatively analyze and calculate the self-interference and mutual interference of electronic equipment. Then based on the genetic algorithm, the equipment frequency is optimized, and the genetic coding and adaptation are designed. Finally, the algorithm is used to simulate the frequency optimization of a small regional electronic equipment. The simulation experiment results show that the method provided by this paper can solve the frequency optimization problem of electronic equipment to a certain extent.