V. N. Strakhov's mounting approach to solving inverse problems of gravity prospecting: the current state and real possibilities

Балк, П. И.; Yeske, A.

doi:10.24028/gzh.0203-3100.v35i1.2013.116326

Geofizicheskiy Zhurnal

2013

DOI: 10.24028/gzh.0203-3100.v35i1.2013.116326

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V. N. Strakhov's mounting approach to solving inverse problems of gravity prospecting: the current state and real possibilities

П. И. Балк¹,

A. Yeske

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2021

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Assembly method in GIS INTEGRO and its usage for solving of gravitational inverse problem

Mitsyn

Bol'shakov

2021

Geoinformatika

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Various methods based on growing bodies are lately gaining attention in a context of inverse gravity problem that we call a family of “assembly methods”. A variant of method was adopted for GIS INTEGRO in original formulation that is fit for the problem of multiple bodies incorporated in an environment of varying density, in absolute densities (not density contrasts) that are however have to be a priori specified. Such formulation allowed the implementation of the method that is suitable for territory modeling in the regional scale. To workaround method’s instability a number of changes are proposed that consist of introduction of priority on atomic modifications, modification queue and assessment of model evolution instead of just the final result. The developed software allows processing of large grids (tens of millions of tiling elements) even on 5–8 year old desktops. Based on method approbation experience some insights and practice methods are presented. An application example is presented as part of work on modeling of Enisei-Khatanga regional depression territory.

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Assembly method in GIS INTEGRO and its usage for solving of gravitational inverse problem

Mitsyn

Bol'shakov

2021

Geoinformatika

View full text Add to dashboard Cite

show abstract

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V. N. Strakhov's mounting approach to solving inverse problems of gravity prospecting: the current state and real possibilities

Cited by 1 publication

References 1 publication

Assembly method in GIS INTEGRO and its usage for solving of gravitational inverse problem

Assembly method in GIS INTEGRO and its usage for solving of gravitational inverse problem

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