Industrial Automatic Control Systems and Controllers Annotation << Back Substantiation Fractals Final Elements at the Decision of Complex Electrodynamic Problems and Designing of Protective Electromagnetic Screens Dvilyanskiy A.A. In order to develop theoretical constructs that make up the details Bathing – development of the theory of electromagnetic shielding for research and addressing the protection of objects of communication systems operating in complex electromagnetic environment destructive impact [1], the formation of a generalized theoretical model of the electromagnetic screen based structural analysis and synthesis of known methods for solving electrodynamic problems, and to identify common characteristics and approaches to address them in this article, a hypothesis which subsequently serve as a basis for constructing a theoretical model of protective electromagnetic shield. This will allow a theoretical and practical point of view, to solve complex electromagnetic problems using fractal analysis to combine discrete grid finite element method involves the use of approximating functions in dimensionless form Hilbert spaces and tensor analysis of electrodynamic processes, which are, in turn, is recognition invariance of an object in space (vector multidimensional volume geometry of the measured value in physics) and continuous association analysis (differential equations) with discrete optimal for more complex systems research by their dismemberment. Keywords: finite element method; Pascals triangle; fractal; binomial coefficients; the dimension of the tensor. Contacts: E-mail: advil@mail.ru Pp. 14-19.