Add to ORKGComplexities of two-dimensional geofields recovery have been analyzed. The results of investigations and developments in the field of geoinformation systems and technologies for analyzing two-dimensional geofields were give
Most 3D geological modelling tools were designed for the needs of the oil industry and are not suite...
The need to provide data management capabilities in geotechnical projects, makes data visualization ...
This paper describes the concepts of 3D terrain models and their application in mining. The methods ...
Abstract—Various methods of geofield parameters restoration (by algebraic polynoms; filters; rationa...
This paper deals with the basic definitions and the numerical techniques used nowaday in the estimat...
The phenomena of the real world exist in three dimensional space. The authors in the former years pe...
Spatial interpolation is the procedure of estimating the value of properties at unsampled sites with...
GeoComputation is a relatively recent and emergent discipline containing numerous methods and techni...
The general objective of the investigation is to examine the basic relationships between quantitativ...
Geopotential data may be interpreted by many different techniques, depending on the nature of the ma...
During the last three decades geosciences and geo-engineering were influenced by two essential scena...
Geomorphometry, the science of quantitative land-surface analysis, has become a flourishing interdis...
The paper considers the problematic issues of the special aspects of solution of the problems of mod...
"Learning algorithms" are a class of computational tool designed to infer information from a dataset...
In this thesis three different strategies in potential field data interpretation were implemented an...
Most 3D geological modelling tools were designed for the needs of the oil industry and are not suite...
The need to provide data management capabilities in geotechnical projects, makes data visualization ...
This paper describes the concepts of 3D terrain models and their application in mining. The methods ...
Abstract—Various methods of geofield parameters restoration (by algebraic polynoms; filters; rationa...
This paper deals with the basic definitions and the numerical techniques used nowaday in the estimat...
The phenomena of the real world exist in three dimensional space. The authors in the former years pe...
Spatial interpolation is the procedure of estimating the value of properties at unsampled sites with...
GeoComputation is a relatively recent and emergent discipline containing numerous methods and techni...
The general objective of the investigation is to examine the basic relationships between quantitativ...
Geopotential data may be interpreted by many different techniques, depending on the nature of the ma...
During the last three decades geosciences and geo-engineering were influenced by two essential scena...
Geomorphometry, the science of quantitative land-surface analysis, has become a flourishing interdis...
The paper considers the problematic issues of the special aspects of solution of the problems of mod...
"Learning algorithms" are a class of computational tool designed to infer information from a dataset...
In this thesis three different strategies in potential field data interpretation were implemented an...
Most 3D geological modelling tools were designed for the needs of the oil industry and are not suite...
The need to provide data management capabilities in geotechnical projects, makes data visualization ...
This paper describes the concepts of 3D terrain models and their application in mining. The methods ...