A TECHNIQUE FOR INCREASING THE ENERGY POTENTIAL OF A RADIO LINK BY USING A BASE EMITTER WITH CONCENTRATED LOADS

This paper presents an improved methodological apparatus for the synthesis of antenna systems with concentrated loads, based on the use of adaptive genetic algorithms. To evaluate the characteristics of the radiators obtained during the execution of the genetic algorithm, the method of moments is used, where concentrated loads are taken into account by the Dirac delta function. A method for encoding antennas with loads, mechanisms for adaptive parameter tuning of the genetic algorithm, and specialized operators for working with antenna systems are proposed. Theoretically, the possibility of expanding the operating frequency band of antenna systems while maintaining the required radiation characteristics is substantiated through the use of the proposed methodological framework. The result of the application of this methodological apparatus can be both optimization of individual radiators and radiators as part of headlamps and arrays.