Space Mapping for Electromagnetic-Centric Multiphysics Filters Design

Space mapping has been widely recognized as an effective engineering optimization methodology in microwave CAD. For complex systems coupled with multiple physical phenomena, the significance of multiphysics simulation for simulation-driven microwave filters design has already emerged. Researchers have investigated the exploratory applications utilizing the ability of space mapping techniques to perform the multiphysics-simulation-driven modeling and optimization of microwave filters. Artificial neural networks are introduced to be practical tools for the development of space mapping.