An OCT based modeling tool to fast evaluate statistical e.m. field distribution inside enclosure-like environments

This paper contains the description of a modeling procedure based on the Oversized Cavity Theory that provides a statistical description of the electric field inside large structure when a high number of modes are excited. In the IDSOCT a graphic user interface allows users to build the model providing a set of specific companion tools to manage complex scenarios: a fast modeler of apertures, a FD-TLM method for periodic structures, a data library to store the frequency characterization of materials and other properties.