Development of an Algorithm for Carrying Out Geophysical and Geological Works Using Automated Systems and GIS Technologies

Abstract

During the whole period of existing a modern geological industry, the issues of its computerization have been a priority, both in terms of providing employees of enterprises and organizations with computer equipment, and in terms of arranging information exchange and telecommunications between interacting information agents. It should be noted that there is a correlation between the increasing complexity of mining projects and the need to provide work with more and more developed software and hardware, information technologies, increasing complexity and growing number of software systems used to solve geological problems. The list of enterprises with positive experience in the development and operation of systems and complexes used in geology, geophysics and for subsurface use is also expanding very effectively. We propose the development of an algorithm for conducting geophysical and geological works using automated systems and GIS technologies, aimed at ensuring the rational development of the mineral resource potential of the region and ensuring the stage-by-stage nature of the geological exploration process. The testing was carried out using software product Diafond, which is available at the Russian Federal Geological Fund. This work was financially supported by the grant of the President of the Russian Federation No. MD- 2409.2020.5.