This investigation implements a least-squares methodology to fit a triaxial ellipsoid to a set of
three-dimensional Cartesian coordinates obtained from present-day geospatial techniques …

This study presents a novel approach based on the tensor voting framework for extracting
building features from airborne lidar data. Geometric features of lidar points are represented …

Least-squares (LS) techniques have been a frequent choice advocated by a plethora of
engineers for modeling problems requiring a unique solution based on sets of redundant …

Symmetric tensors are typically encountered during investigations associated with stress
and strain analysis and, thus, they are of particular interest to geophysicists and geodesists …

An eigenparameter analysis plays an important role in varied fields where a symmetric
tensor is involved. This technique allows one to investigate the principal behaviors (ie …

This article deals with the characteristics of deformation of a body or a figure represented by
discrete points of geodetic network. In each point of geodetic network kinematic quantities …

Strain tensor analysis plays an essential role in geophysics and engineering applications,
because it provides a numerical measure on the relative deformation behavior of the object …

Terrestrial reference frames have been playing an important role in engineering applications
as well as in scientific research. They provide a conventional definition for most positioning …

Delo obravnava lastnosti deformacij in rotacij v geodetski mreži. V vsaki točki obravnavamo
kinematične količine: normalne deformacije, strižne deformacije in rotacije. Za ustrezno …