THE CONCEPT OF BUILDING A SYSTEM FOR TRANSDISCIPLINARY INFORMATION SUPPORT OF GEOSPATIAL ANALYSIS WITH A COMPONENT ARCHITECTURE

Abstract

The subject matter of the article is the concept of building a system of transdisciplinary information support for geospatial analysis with component architecture. The goal is to develop a concept for building a transdisciplinary information system for geospatial analysis with component architecture. The tasks are: to consider a general description of the information support system for geospatial analysis, work with geospatial information sources and the introduction of the found data into the system, the creation of a formalized array of unsystematic geospatial data, a geospatial database and related information, a geoinformation platform, an expert environment. The methods used are: methods of analysis and synthesis of complex information systems, methods of system analysis, methods of simulation and statistical modeling. The following results were obtained. It is established that geospatial analysis is the process of determining spatial, structural-functional, and other relationships between geospatial objects to clarify, modify, or obtain qualitatively new intelligence information. The proposed system will have a component architecture and each expert analyst can create his own analytical environment from typical system components. According to the created analytical environment, the search and collection of the necessary information will be organized, as well as bringing to the expert analyst exactly the information that falls within its competence. Conclusions. The proposed system of information support of the processes of geoinformation support and geospatial analysis allows you to quickly search and provide the necessary information to the expert analyst. In this case, the system is able to use information from both its own databases and from heterogeneous external information resources.