Application of machine learning classification algorithms to predict probability of channel presence from seismic data

№3 (2024) Oreshkova M.Yu., Butorin A.V. УДК 550.834.05 https://doi.org/10.47148/1609-364X-2024-3-21-29 Key words: seismic exploration; dynamic interpretation; classification Section: Application of GIS technologies

Algorithm for developing and implementing online educational programs using the example of open video lessons of the GIS INTEGRO course.

№3 (2020) УДК 004.5:378.146 DOI:10.47148/1609-364X-2020-3-10-19 Shamaeva E.F., Bryukhova E.M., Lyubimova A.V.,Tolmacheva E.R. Keywords: geoinformation technologies, video-lessons of GISINTEGRO, efficiency of mass open educational courses (MOOC), architecture of online courses, ecosystem of MOOC. Section: Geoinformation systems

The algorithm of three-dimensional model creation in the environment of GIS with results of aero- space image decipherment exploitation, evaluation of it reliability.

№1 (2015) Taskin V.V.,Sidorov M.D. Section: Modeling geo objects and geo-processes Keywords: three-dimensional model of tectonic break, decipherment of aero- space image, algorithm of data processing, the matic vector layer, ArcGIS, ArcView.

Hidden equivalence of solution algorithms of inverse gravimetric and magnetic problems.

№3 (2015) Balk P.I. Section: Modeling geo objects and geo-processes Keywords: informatics, inverse problem, reliability, gravimetry, magnetometry.

The complex program of processing and analysis of time-series data of sea level on the basis of author’s algorithms.

№1 (2016) Plekhanov Ph.A.,Kovalev D.P. Section: Application of GIS technologies Keywords: spectral analysis, algorithm, Heisenberg’s uncertainty, multiple filters technique, algorithm optimization, smoothing spectral estimates (windowing).

Parallel algorithms of solving linear algebraic equations of big dimensions arising at the solving inverese geophyscal problems.

№3 (2017) Raevsky D.N.,Stepanova I.E. Section: Modeling geo objects and geo-processes Keywords: parallel algorithm, system of linear equations, geophysics, big data, approximation, regularization, inverse problem, iterative method, gravimetry.

Algorithm for the identification of time evolutions of spatially distributed objects based on Barcodes.

№4 (2018) Eremeev S.V., Andrianov D.E., Kovalev Yu.A. Section: Application of GIS technologies Keywords: classification of spatial objects, topology, geoinformatics, Barcode.

Fitting algorithm for surfaces of anomalies based on the analysis of the gravity gradient vector.

№3 (2018) Senner A.E., Pimanova N.N.,Danilov M.S. Section: GIS INTEGRO algorithms and software Keywords: algorithm, recognition, reconstruction, geophysical anomaly, gravity gradient.

Modified algorithmic system FCAZm and strong earthquake-prone areas in California.

№2 (2018) Dzeboev B.A.,Krasnoperov R.I.,Belov I.O., Barykina Yu.V.,Vavilin E.V. Section: Geoinformation systems Keywords: recognition of strong earthquake-prone areas, clustering, EPA (earthquake-prone areas), Discrete Mathematical Analysis (DMA), DPS (Discrete Perfect Sets) algorithm, FCAZ (Formalized Clustering And Zoning) algorithmic system.

Experience in using the «Sherpa» software package during field work and its integration with GIS INTEGRO

№3 (2024) Spiridonov I.V., Dunaev D.A., Valeev N.N. УДК .004.9https://doi.org/10.47148/1609-364X-2024-2-64-75 Keywords: Information systems, data systematization, field work, «Sherpa», GIS INTEGRO, information storage Section: Algorithmic and software GIS INTEGRO

Geoinformatika

Journal of geoinformation technologies in geology and geoecology

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