IEEE Dayton Section

This presentation will serve as an overview of an ongoing research project aiming to apply localized electromagnetic (EM) wave phenomena to design and characterize a novel radar system for compact ranges. The localized waves of interest, known as EM missiles, propagate like guided waves in a source-free simple medium and benefit from a reduced far-field boundary compared to spherical waves. Through analysis and modeling & simulation, this project will provide an alternative methodology for characterizing the radar cross sections (RCS) and scattering responses of physical targets. Co-sponsored by: Wright-Patt Multi-Intelligence Development Consortium (WPMDC), The DOD & DOE Communities Speaker(s): MSgt Mike Ingold, Agenda: This presentation will serve as an overview of an ongoing research project aiming to apply localized electromagnetic (EM) wave phenomena to design and characterize a novel radar system for compact ranges. The localized waves of interest, known as EM missiles, propagate like guided waves in a source-free simple medium and benefit from a reduced far-field boundary compared to spherical waves. Through analysis and modeling & simulation, this project will provide an alternative methodology for characterizing the radar cross sections (RCS) and scattering responses of physical targets. Virtual: https://events.vtools.ieee.org/m/328445