INTEGRATION OF GIS TECHNOLOGY FOR FUZZY-DETERMINISTIC MODELING CONDITIONS OF FORMATION AND OPERATION KEGEYLI GROUNDWATER IS ABSTRACTED

Seitnazarov Kuanyshbaev Kenesbaevich

Abstract: Offers scientific and methodological basics for application of fuzzy-deterministic simulation geofiltration processes in single layers on the basis of the application of GIS technology in terms of dominance fuzzy initial information. GIS model of Kegeyli withdrawal of groundwater (KWGV) is carried out on the basis of software including ArcGIS (ArcCatalog, ArcMap). The problems of a situational analysis of the results clearly-deterministic simulation. The proposed information model and information model KWGV filtration process to ensure that the relationship between the object model and the geofiltration, represented as a system of fuzzy-deterministic two-dimensional (quasi three-dimensional) nonlinear differential equations filtering and organizing computational experiments (CE). In this context, discusses aspects of geoinformation approach in the process of fuzzy-deterministic simulation of operating conditions Kegeyli abstraction of groundwater. It is proposed software system that focuses on the study of hydro geological objects, both local and regional scale using data from heterogeneous. Formalization of fuzzy algorithms parameters of underground hydrosphere, the relationship abstraction of groundwater and its model. The algorithms select the solution in the formation and exploitation of groundwater resources, the principles of the information model of the region of the filtering process. The results of solving the problem of formalization of parameters and forecast the state of groundwater Kegeyli withdrawals of groundwater.

Keywords: groundwater intakes, fuzzy-deterministic approach, the computational process, information model, geofiltration, information models, symbolic model GIS.

DOI: https://doi.org/10.15623/ijret.2015.0402100