№3 (2026) Kostereva A.A., Vagizov M.R. УДК 004.94https://doi.org/10.47148/1609-364X-2026-3-25-33 Key words: GIS, historical parks; spatial analysis; integral preservation index; predictive modeling. Section: Application of GIS technologies
Concept of creating a geoinformation system for assessing the residential real estate market in small townsDobrinin D.V., Lebedev P.S.Multi-level geoinformation infrastructure for controlling multi-domain swarms of unmanned systems Petrov Y.A., Istomin E.P. Forecasting the dynamics of the development of old-age plantations in a … Continue reading →
№2 (2026) Blinov A.V., Prosekin S.N., Tereshkin S.A., Baranova S.A. УДК 550.4:004.4 https://doi.org/10.47148/1609-364X-2026-2-16-24 Key words: digitalization; geochemical work; geographic information systems (GIS); QGIS; QField; automation; field data; litho-geochemical testing. Section: Application of GIS technologies
№1 (2023) Goryachev I.N. УДК 553.411 https://doi.org/10.47148/1609-364X-2023-1-4-17 Key words: mineral prospectivity mapping, machine learning, random forest, gold, metallogenic zoning, Kolyma, North-East Russia Section: Conference proceedings ITES-2022
№1 (2017) Parshin A.V., Auziņa L.I.,Prosekin S.N., Blinov A.V.,Kosterev A.N., Lonshakov Gr.S.,Usmanova A.M., Shestakov S.A.,Davydenko Yu.A. Section: Geoinformation systems Keywords: GIS, perspective estimation, exploratory drilling, groundwater, geoprocessing, integral index.
Borehole information proces-sing in the GIS INTEGRO.Drovninov D.A. … » The article deals with the processing system of borehole information in the GIS INTEGRO. The following is the description of the structure of the storage wells. Describes the ability to … Continue reading →