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Contact:
E-mail: juraj.papco [at] stuba.sk
Tel.: +421 232 888 345 AIS Information: Ing. Juraj Papco, PhD.
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Teaching Activities:
Lectures: Global Geodesy 1, Global Geodesy 2, Geodynamics, GIS in Building Sciences
Seminars: Geodynamics, Gravimetry, Remote Sensing, GIS in Building Sciences, Field Education in Geodetic Controls, Field Practice
Research:
Global Geodesy, Physical Geodesy, Global Navigation Satellite Systems, Gravimetry, Geodynamics, Remote Sensing, InSAR, Space Geodesy, Geodetic Astronomy, Multisensors Systems in Geodesy, Geoinformation Systems, Metrology
Links: InSAR.space
Research projects:
Head of projects:
- Detection of ground deformation using radar interferometry techniques, ESA Earth Observation Principal Investigator Project EOPI-9981
- Object Recognition Based on High-Resolution Radar Imagery, DLR project ID LAN 1583
- Continuous multi-band InSAR deformation monitoring by means of near real-time analysis: A case study in monitoring of underground gas storage facilities in Gajary-Baden and Velke Kapusany, Slovakia, ALOS-2 Research project ALS2_25/09/2015_2.2
- Multi-band InSAR deformation monitoring of underground gas storage facilities by means of near real-time analysis. Project Research using KOMPSAT-5 data. SI Imaging Services, Republic of Korea
- Utilization of the high spatio-temporal resolution of TerraSAR-X observations for recent ground deformation monitoring and SAR image processing. Case study in Bratislava, Slovakia, DLR project ID LAN 2833
- Detection of underground cavities in environmental and archaeological applications using satellite radar interferometry, COSMO-SkyMed Science Project Id 416
- Multi-sensor InSAR ground deformation monitoring and SAR image processing. Case study in Bratislava, Slovakia, ESA TPM RADARSAT ID 28247
Research position:
- University Science Park Slovak University of Technology, Laboratory for modelling geospatial objects and phenomena, Slovak Research and Development Operational Programme
- The Central European Geodynamic Research Project - CERGOP-2/Environment, EU 5th Framework Programme
- Unification of Gravity Systems In Central Europe – UNIGRACE, EU Programme
- System Integrated for Security Management Activities – SISMA, INTERREG IIIB CADSES 3B035
- National Centre for Diagnosing the Earth Surface Deformations in Slovakia – Slovak Research and Development Operational Programme
- Prediction of the archaeological sites - Slovak Research and Development Agency APVV project
- Bouguer anomalies of new generation and the gravimetrical model of Western Carpathians - Slovak Research and Development Agency APVV project
- Solution of actual problems in geophysical and geodetic detection of underground cavities in environmental and archaeological applications - Slovak Grant Agency VEGA project
- 3D-geokinematics of Continental Europe Inferred from Combination of Long-term Geodetic Satellite Positioning, Slovak Grant Agency VEGA project
- Solution of actual problems in geophysical and geodetic detection of underground cavities in environmental and archaeological applications, Slovak Grant Agency VEGA project
- Measuring system development for continual monitoring of the Bratislava bridges, Slovak Grant Agency VEGA project
- Software tools for monitoring NATURA 2000 habitats by satelite images (NATURAsat), ESA PECS project
- Retrieval of Motions and Potential Deformation Threats using Sentinel-1 (remotIO), ESA PECS project
- Advanced Techniques for Biomass Mapping in Abandoned Agriculture Land using Novel Combination of Optical and Radar Remote Sensing Sensors (ATBIOMAP), ESA PECS project
Expert consultant of projects:
- Deformation monitoring of the Bridges across the Bay of Cadiz (SW Spain) Using Satellite Radar Interferometry with Kompsat-5. Igenieria Cartografica, Geodesica y fotogrametria. Universidad de Jaen, Jaen (Spain)
- Deformation monitoring in Zafarraya Fault and Sierra Tejeda Antiform (Betic Cordillera, Spain) Using Satellite Radar Interferometry. Igenieria Cartografica, Geodesica y fotogrametria. Universidad de Jaen, Jaen (Spain)
- Subsidence Monitoring in Lagos State, Nigeria, using Multi - Temporal Interferometric Synthetic Aperture Radar (MT -InSAR) Technique. Centre for Geodesy and Geodynamics, National Space Research and Development Agency (NASRDA), Toro, Bauchi State, Nigeria
- Monitoring of slope instability in various areas in the world, ESA Earth Observation Principal Investigator Project EOPI-28760
- RemoteWatch - Alert and Monitoring System for Physical Structures, BI/COMPETE/38732/UTAD/2014 University of Trás-os-Montes and Alto Douro, Vila Real (Portugal)
