Surface Source Representations for the Accurate and Stable Solution of Electromagnetic Integral Equations

Boundary integral equations for the analysis of scattering and radiation scenarios with reduced computational effort, increased reliability, and increased accuracy are discussed. The contributions consist of two parts: first, the simulation of scenarios involving perfectly conducting objects and second, the post-processing of measured radiated and scattered fields for near-field far-field transformations, involving settings with complex measurement data, echo suppression, and phase retrieval.