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Symulacyjna weryfikacja niekoherentnego algorytmu poprawy rozróżnialności zobrazowań SAR

100%

Okoń M.

2015

tom Vol. 56, nr 2

55-57

W artykule opisano algorytm CLEAN w zastosowaniu do poprawy jakości zobrazowania SAR. Przedstawiono zasadę jego działania oraz efekty działania.

The paper describes the algorithm CLEAN used to improve the quality of SAR imaging. Its principle of operation and effects are presented.

Very Low Frequency Electromagnetic Induction Surveys in Hydrogeological Investigations; Case Study from Poland

51%

Oryński S. , Okoń M. , Klityński W.

2016

tom Vol. 64, no. 6

2322--2336

In 2011, a geophysical survey was carried out in the surroundings of the Jagiellonian University in Cracow, using a Very Low Frequency method. The measurements were designed to determine the reason of frequent flooding of the lowest level of the building. The main objective of the study was to find out from where and in which way the rainwater seeps into the building and how this problem can be solved in the least invasive manner. The aim of geophysical methods was also to provide necessary information that will enable the construction of a hydrogeological model of the local environment. The interpretation revealed the presence of a sandy gutter surrounded by impermeable clay. There is a big resistivity contrast between those layers. Their location and approximate dimensions were determined.

User Interaction and Workflow Management in Grid enabled e-VLBI Experiments

32%

Dolata Ł. , Okoń M. , Stokłosa D. , Trocha S. , Meyer N. , Stroiński M. , Kaliszan D. , Rajtar T. , Lawenda M.

tom Vol. 15, nr 1

95-104

The purpose of this paper is to present the design of the integration of radio-astronomical VLBI experiments with the Grid environment. The current status of the VLBI process is described, and the main part of this document presents the proposed architecture for the development of the next generation e-VLBI system. This design was created for the purpose of the EXPReS project [12], partially funded by the European Commission (FP6 – IST).