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Slovak University of Technology in Bratislava (hereinafter referred to as "STU") is a modern educational and scientific institution. Since its foundation in the year 1937 more than 159.000 students have graduated. In average, 12.000 students study at the STU every year.
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At our university studies at all stages and forms of study, about 12,000 local and foreign students at colleges and institutes based in Bratislava and Trnava.
EIT - European Institute of Innovation and Technology
STU is a research-oriented university. During its existence has contributed significantly to the development of scientific knowledge, dissemination and use of scientific knowledge for the benefit of mankind.
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International cooperation is a significant area based on interactive contact with edu- cational as well as scientific - research institutions of the countries all over the world. First of all, it is focused on solution of the joint projects within the EU framework.
Science and International Scientific Cooperation
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Other research centres and laboratories
Science and research at STU
Leading research centres and laboratories
Facility for solution chemistry and photochemistry, New Building 533
Laboratory of powder diffractometry, New Building 443
Laboratory of spectrophotometry, New Building 533
Laboratory of magnetochemistry, New Building S33
ESET Research Centre
Laboratory of Optocommunication Systems and Networks LOSS
Mobile Computing Laboratory
Laboratory of thin film printing
Laboratory of Metallography
Laboratory of parallel computing in science and technology
Department of inorganic chemistry
Laboratory of Network Technologies
BCD Lab - Body Conscious Design Laboratory
Laboratory of utilization of biomass
Laboratory of Soldering
University Science Parks
University Technology Incubator
MSCA Open Positions
SlovakION
BestPrac
European Alliance for Innovation opens a new office in Bratislava, Slovakia
Institute of Nuclear and Physical Engineering
Department of Building Construction
Institute of Information Engineering, Automation and Mathematics
Laboratory of Photogrammetry and Remote Sensing
Faculty of Civil Engineering
Department: Department of Surveying
Contact person: Ing. Marek Fraštia, PhD.
Contact: +421 2 5927 4398
e-mail: marek.frastia@stuba.sk
Laboratory of Photogrammetry and Remote Sensing is equipped with modern hardware and software technique that allows to address the issue of close-range, aerial, UAV photogrammetry and remote sensing applications. It addresses three fundamental areas of research:
The spatial reconstruction of various objects from their landslides (building structures, objects of historical and cultural heritage protection, geological environment, industrial products etc.).
Automated land mapping by aerial optical recordings while using both manned and unmanned platforms.
Processing of satellite optical recordings and satellite radar interferometry (InSAR).
Within these technologies we solve the issue of accurate 3D models of objects ranging in size from a few mm to hundreds of meters, measuring displacement and deformation of structural components, monitoring of landslide sites, vertical displacement of building structures and the earth's surface, creation of digital elevation models etc.
VEGA 1/0680/10 Detailed virtual model of the Calvary in Banská Štiavnica as a base for preservation of world-wide sound culture monument.
VEGA 1/0142/10 The Qualitative Aspects of Spatial Models Creation by Surveying and Photogrammetric Methods.
VEGA 1/0133/14 Detection of Surface and Discrete Displacements of Unstable Regions Based on the Low-Cost Photogrammetry, Terrestrial and Satellite Methods.
Fraštia, M. - Pašteka, R. - Kušnirák, D. - Pánisová, J. - Wunderlich, T.: Microgravity and ground-penetrating radar investigations of subsurface features at the St. Catherine's Monastery, Slovakia. In: Archaeological Prospection [online]. - ISSN 1099-0763. Vol.20, Issue 3 (2013), s. 163-174
Pánisová, J. - Fraštia, M. - Papčo, J. - Pašteka, R.: The calculation of building corrections in microgravity surveys using close range photogrammetry.In: Near surface geophysics. ISSN 1569-4445. Vol.10, No. 5 (2012), s. 391-399
Baliak, F. - Fraštia, M. - Chlepková, M.: Photogrammetric measurements in geotechnic. In: Sborník vědeckých prací Vysoké školy báňské - Technické univerzity Ostrava. ISSN 1213-1962. Roč.10, č. 2 (2010), s. 1-8
artoš, P. - Gregor, V. - Fraštia, M.: Photogrammetric evaluation of the Vyhne rock cliff stability. In: Mineralia Slovaca. ISSN 0369-2086. Vol. 32, No. 4 (2000), s. 425-428
Marčiš, M.: Quality of 3D models generated by SFM technology. In: Slovak Journal of Civil Engineering. ISSN 1210-3896. Vol. 21, No. 4 (2013), s. 13-24
Fig.1: Photogrammetric monitoring of rock cliff stability
Fig.2: Measurement of subsidence caused undermining by means of unmanned aerial systems
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