On analysis of LitPOS stations time series and velocities

LitPOS (Lithuanian Positioning System), the network of continuously operating GNSS (Global Navigation Satellite System) stations, became operational in July 2007. It provides data both for real-time and post-processing applications. LitPOS stations cover the whole territory of Lithuania. There are 31 of LitPOS GNSS stations in total network. Also LitPOS network includes 3 ASGEUPOS (Poland) and 6 LATPOS (Latvia) stations. LitPOS network data processing and analysis of station’s velocities was done using Bernese 5.2, TSview and CATREF programs. Results of analysis show that North/East velocities of the LitPOS stations are very homogeneous what leads to the conclusion that there are no any significant horizontal deformations of Earth’s crust in the territory of Lithuania. Up components of LitPOS stations velocities fit very well to vertical movements of Earth’s crust as described by the land uplift models of Fennoscandia

On Analysis of Seismic Vibrations Data Applying Doppler Effect Expression

In the paper, a possibility to develop the digital models of the seismic vibrations parameters is analyzed. To reach this goal, the observations at seismic station LUWI (Indonesia) were processed applying the statistical procedures. In fact, the biggest attention was given to the introduction of the Doppler effect expression and the employment of the theory of covariance functions. The trend in vectors of vibrations intensities values was detected and estimated upon using the least-squares method and polynomial approximation. In addition, by this technique, the random errors were eliminated partially. The self-developed computer programs based on Matlab programming package procedures were applied

Experiences gained from the Erasmus Intensive Programme HERICT 2013

The Erasmus Intensive Programme “HERICT: ICT at the Service of Cultural Heritage” has brought together 40 students and 11 Professors from nine different European Universities for two weeks. The central idea of this summer school was Cultural heritage and how this may benefit from the discipline of Geomatics. Hence the students and professors present covered the disciplines of the users, i.e. Archaeologists and Architects, and the providers, i.e. Geomatics specialists. The coexistence of this interdisciplinary group of students and professors for two weeks in a remote and isolated village in Rhodos island has had significant influence. In this paper the experiences gained and the results of this summer school are presented and evaluated

Experiences gained from the Erasmus Intensive Programme HERICT 2013

The Erasmus Intensive Programme “HERICT: ICT at the Service of Cultural Heritage” has brought together 40 students and 11 Professors from nine different European Universities for two weeks. The central idea of this summer school was Cultural heritage and how this may benefit from the discipline of Geomatics. Hence the students and professors present covered the disciplines of the users, i.e. Archaeologists and Architects, and the providers, i.e. Geomatics specialists. The coexistence of this interdisciplinary group of students and professors for two weeks in a remote and isolated village in Rhodos island has had significant influence. In this paper the experiences gained and the results of this summer school are presented and evaluated