METHOD FOR MANUFACTURING CHIP ANTENNA BY UTILIZING GENETIC ALGORITHM

A method for manufacturing chip antenna by utilizing a genetic algorithm to encode possible configurations of a metallic wire attached thereon into a plurality of codes as their chromosomes for mating to produce offspring, and utilizing a simulation tool to evaluate the properties of the chromosomes and find the superior chromosomes corresponding to the configurations of the metallic wire, and utilizing conventional cutting machines to cut a ceramic plate and a metallic film respectively, according to the configurations obtained through the genetic algorithm, to get a substrate and a metallic wire of the appropriate configurations, and then attaching the metallic wire directly to substrate to form a chip antenna having superior physic performances.