Mishchenko V. Theoretical bases and methods for creating science intensive modeling software systems

It was created a new concept of analyzing the complexity of software systems. In the class of programming systems this concept allows us to describe a subclass of scientific modeling programming systems (MPS), which previously hadn't specifically studied, and open a way to improve methods of development. The method of energy analysis of modern multimodal, object-oriented systems and new metrics that allow us to provide a coordination between system developing process and production tasks, and between their laboriousness and complexity of specifications. We developed the method of expanded programs that allows us to control eligible costs of various aspects of quality during the development of the scientific MPS. During the test of the method of expanded programs in construction MPS of electromagnetic waves diffraction, we obtained a hypersingular equations system for a wide class of planar electromagnetic devices, consisting of dielectric and metal, and studied in 3D problems, that helps to use standard approach of DSM. For MPS, which implement methods of solving boundary equations of waves scattering and transferring in the modeling problem of electromagnetic devices, it was coordinated with actual standards the quality model. It was created a basic implementation of the open MPS to study the interaction of resonant range waves with planar electromagnetic devices in 3D environment.