Разработка методов компьютерного моделирования наноструктуры многокомпонентных расплавов
The article describes the original software tools for an experimental estimation of computational complexity of software solutions for problems on graph models of systems. The classes of the solved problems and the tools for analysis of results are listed. The method based on selection of graph models by their structural complexity is introduced.
We introduce the original software tools for building and analysis of the stratified system of structural complexity and similarity models. The models are based on the characterization of placement of fragments in a system topology. The software tools are implemented as a subsystem of the integrated research environment «Graph Model Workshop» and are used in studies of equality and tolerance relations of various graph models of systems.
структурное сходство, структурная сложность, структура, программный комплекс, графовая модель системы
structural analysis, structural complexity, structure, software package, graph model of system