Intelligent Design System for Wave-Absorbing Metamaterials Based on Broadband Polarization-Independent Characteristics

Wave-absorbing metamaterial has important application value in electromagnetic shielding and stealth protection, but their design procedures are complicated and the traditional design procedures are inefficient. In this study, an intelligent design system for wave absorber metamaterial based on B/S architecture is designed, realizing the integrated design of parametric modeling, electromagnetic simulation and intelligent optimization. The system adopts an improved genetic algorithm for structure optimization, integrates multiple basic structure unit automatic modeling function, and supports broadband polarization-independent property performance evaluation. The test results show that the system achieves efficient intelligent design of metamaterial structures and provides powerful tool support for metamaterial engineering applications, outperforming existing commercial software in terms of computational accuracy, optimization efficiency, and resource utilization.