<p>These models calculated by subtracting the DEM from TPS models (Top Potential Surface), which represents the interpolated surface joining the highest points of the ridges.</p
Binocular disparity and motion parallax are particularly important for our 3D surface perception, an...
In geological models, 3D surfaces are used for representing subsurface structures and the interfaces...
Fitting -continuous or superior surfaces to a set of points sampled on a 2-manifold is central to r...
<p>Distribution of depressions and ridges in artifact surfaces, calculated from the classification o...
<p>Percentage of lowest roughness areas (values of roughness final model <0.01) in the depressions a...
<p>A) Comparison of main use wears with density of lowest roughness area. B) Comparison of the morph...
Reconstructing a surface from sparse sensory data is a well known problem in computer vision. Earl...
<p>Identified morphometric features in this classification include ridges and depressions, polished ...
In digital relief models determination of the terrain curvature can be realized without difficulty &...
A new method of surface modelling based on the fundamental theorem of surfaces (SMTS) is presented. ...
With 3D geologic modelling, it is frequently diffi cult to incorporate new data, and to revise the g...
Estimating the geometry and resistivity of archeological structures using resistivity models produce...
3D surveys of archaeological elements and the construction of virtual models enable us to reconstruc...
Surface or shape reconstruction from 3D digitizations, range pictures play an important role as the ...
A new imaging method is developed to estimate the depth to the sources of potential fields, independ...
Binocular disparity and motion parallax are particularly important for our 3D surface perception, an...
In geological models, 3D surfaces are used for representing subsurface structures and the interfaces...
Fitting -continuous or superior surfaces to a set of points sampled on a 2-manifold is central to r...
<p>Distribution of depressions and ridges in artifact surfaces, calculated from the classification o...
<p>Percentage of lowest roughness areas (values of roughness final model <0.01) in the depressions a...
<p>A) Comparison of main use wears with density of lowest roughness area. B) Comparison of the morph...
Reconstructing a surface from sparse sensory data is a well known problem in computer vision. Earl...
<p>Identified morphometric features in this classification include ridges and depressions, polished ...
In digital relief models determination of the terrain curvature can be realized without difficulty &...
A new method of surface modelling based on the fundamental theorem of surfaces (SMTS) is presented. ...
With 3D geologic modelling, it is frequently diffi cult to incorporate new data, and to revise the g...
Estimating the geometry and resistivity of archeological structures using resistivity models produce...
3D surveys of archaeological elements and the construction of virtual models enable us to reconstruc...
Surface or shape reconstruction from 3D digitizations, range pictures play an important role as the ...
A new imaging method is developed to estimate the depth to the sources of potential fields, independ...
Binocular disparity and motion parallax are particularly important for our 3D surface perception, an...
In geological models, 3D surfaces are used for representing subsurface structures and the interfaces...
Fitting -continuous or superior surfaces to a set of points sampled on a 2-manifold is central to r...
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