Architecture of a software system for modeling static systems based on interval data analysis
Nikolay Divak, Iryna OliinykThe task of modeling of static systems based on the analysis of interval data and the architecture of software system to solve this task are considered in the paper. To justify the architecture chosen a sthemosteffective according to the criteria of predictive accuracy, computational costs, ensure the analyticity of the functional boundaries of the corridor of models and computational complexity method of estimating the parameters of a mathematical model of the static system. A feature of the architecture is the module of formation of the optimal "saturated block" and module designing the model structure. To visualize the results in the architecture of integrated modules, compiled using Matlab. The example of application for modeling characteristics of a small hydropowerplant