Abstract—Various methods of geofield parameters restoration (by algebraic polynoms; filters; rational fractions; interpolation splines; geostatistical methods – kriging; search methods of nearest points – inverse distance, minimum curvature, local – polynomial interpolation; neural networks) have been analyzed and some possible mistakes arising during geofield surface modeling have been presented
Abstract – Pointwise geological initial data in are used for creating hydrogeological models (HM). ...
Complexities of two-dimensional geofields recovery have been analyzed. The results of investigations...
Although interpolation methods are commonly used in geographical information systems (GIS) for model...
Various methods of geofield parameters restoration (by algebraic polynoms; filters; rational fractio...
Interpolation of a spatially continuous variable from point samples is an important field in spatial...
Abstract: Spatial discontinuity often causes poor accuracy when a single model is used for the surfa...
Original scientific paper Despite the modern technological advancements, contemporary methods of dat...
Mappings of the earth surface and their representation in 3D (three‐dimensional) models are commonly...
GeoComputation is a relatively recent and emergent discipline containing numerous methods and techni...
The application of the geometric method of local geoid model determination which requires the fittin...
One of the most significant tools to study many engineering projects is three-dimensional modelling ...
Geophysical data are used routinely in mineral exploration to delineate the geology of an area.Becau...
© 2018, Pleiades Publishing, Ltd. The three most common techniques to interpolate soil properties at...
As being an essential tool for estimating spatial continuous data, interpolation methods have been a...
The result of the cross-check and empirical study shows that while interpolating coal nature data of...
Abstract – Pointwise geological initial data in are used for creating hydrogeological models (HM). ...
Complexities of two-dimensional geofields recovery have been analyzed. The results of investigations...
Although interpolation methods are commonly used in geographical information systems (GIS) for model...
Various methods of geofield parameters restoration (by algebraic polynoms; filters; rational fractio...
Interpolation of a spatially continuous variable from point samples is an important field in spatial...
Abstract: Spatial discontinuity often causes poor accuracy when a single model is used for the surfa...
Original scientific paper Despite the modern technological advancements, contemporary methods of dat...
Mappings of the earth surface and their representation in 3D (three‐dimensional) models are commonly...
GeoComputation is a relatively recent and emergent discipline containing numerous methods and techni...
The application of the geometric method of local geoid model determination which requires the fittin...
One of the most significant tools to study many engineering projects is three-dimensional modelling ...
Geophysical data are used routinely in mineral exploration to delineate the geology of an area.Becau...
© 2018, Pleiades Publishing, Ltd. The three most common techniques to interpolate soil properties at...
As being an essential tool for estimating spatial continuous data, interpolation methods have been a...
The result of the cross-check and empirical study shows that while interpolating coal nature data of...
Abstract – Pointwise geological initial data in are used for creating hydrogeological models (HM). ...
Complexities of two-dimensional geofields recovery have been analyzed. The results of investigations...
Although interpolation methods are commonly used in geographical information systems (GIS) for model...
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