Ontological principles of simulation of distributed random antenna

The paper considers ontological foundations of simulation of distributed random antenna (DRA) by triad-cluster method (TCM) using triadic elementary radiator (TER) as the basic element, as well as Laplace and Huygens-Kirchhoff principles. The features of internal and external electrodynamics problems solution, including the formulation of the initial conditions and the general principles for determining characteristics of DRA, are considered. TCM-models corresponding to partial and complete uncertainty of knowledge of decision-makers (DM) about configuration, excitation conditions and other properties of DRA are presented. These models allow the decision maker to understand and reproduce, in a first approximation, the physical processes occur during the formation confidential information leakage channels into the external environment through DRA.