Závoti (2002) presented the mathematical description of the interpolation method especially for modeling the orbit of artificial satellites, which is suitable for approaching only certain 9 points. The task in this form stems from Grafarend and Schaffrin's (1993) study. During the time passed since the elaboration of the method, the generalization of the algorithm became necessary in the case when we have an arbitrary amount of measurement points, which must be approached according to a certain principle. The generalized method was successfully applied for modeling geodynamical processes, for describing the motion of the Earth's poles and for analyzing economical time series
For the tasks of satellite navigation, we conduct the synthesis of the interpolation algorithms with...
Spline functions that approximate (geostrophic) wind field or ocean circulation data are developed i...
The aim of this paper is to study the spline interpolation problem in spheroidal geometry. We follow...
Abstract. Green functions of the biharmonic operator, in one and two dimensions, are used for minimu...
SST (satellite-to-satellite tracking) and SGG (satellite gravity gradiometry) provide data that allo...
International audienceA satellite or artificial probe orbit is made of time series of orbital elemen...
AbstractThe Talmi and Gilat variational approach to the interpolation problem in arbitrary dimension...
Due to the deficiency of sliding Lagrange polynomial interpolation, the author proposes a new interp...
This paper is aimed at introducing the concept of Spherical Interpolating Moving Least Squares to th...
In recent years, spline-function methods have been widely used to solve the problem of digital analy...
Satellite-to-Satellite Tracking (SST) and Satellite Gravity Gradiometry (SGG) are two useful ways of...
Threedimensional modeling of Earth’s surface using data on geodetic and photogrammetric measurement...
A wide class of interpolation methods, including thin-plate and tension splines, kriging, sinc funct...
In this paper we consider a certain class of geodetic linear inverse problems #LAMBDA#F=G in a repro...
International audienceA satellite or artificial probe orbit is made of time series of orbital elemen...
For the tasks of satellite navigation, we conduct the synthesis of the interpolation algorithms with...
Spline functions that approximate (geostrophic) wind field or ocean circulation data are developed i...
The aim of this paper is to study the spline interpolation problem in spheroidal geometry. We follow...
Abstract. Green functions of the biharmonic operator, in one and two dimensions, are used for minimu...
SST (satellite-to-satellite tracking) and SGG (satellite gravity gradiometry) provide data that allo...
International audienceA satellite or artificial probe orbit is made of time series of orbital elemen...
AbstractThe Talmi and Gilat variational approach to the interpolation problem in arbitrary dimension...
Due to the deficiency of sliding Lagrange polynomial interpolation, the author proposes a new interp...
This paper is aimed at introducing the concept of Spherical Interpolating Moving Least Squares to th...
In recent years, spline-function methods have been widely used to solve the problem of digital analy...
Satellite-to-Satellite Tracking (SST) and Satellite Gravity Gradiometry (SGG) are two useful ways of...
Threedimensional modeling of Earth’s surface using data on geodetic and photogrammetric measurement...
A wide class of interpolation methods, including thin-plate and tension splines, kriging, sinc funct...
In this paper we consider a certain class of geodetic linear inverse problems #LAMBDA#F=G in a repro...
International audienceA satellite or artificial probe orbit is made of time series of orbital elemen...
For the tasks of satellite navigation, we conduct the synthesis of the interpolation algorithms with...
Spline functions that approximate (geostrophic) wind field or ocean circulation data are developed i...
The aim of this paper is to study the spline interpolation problem in spheroidal geometry. We follow...