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Laboratory of Remote Sensing
 

Responsible person: Assoc. prof. Michal GALLAY  

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Technological equipment

 

  • unmanned aerial vehicle DJI T30 AGRAS

  • unmanned helicopter (UAV)  Aeroscout Scout B1-100 with a ground control station

  • airborne laser scanner Riegl VUX-1 with online full-waveform processing and a hyperspectral camera AisaKESTREL by SPECIM;

  • DJI INSPIRE 2

  • DJI MATRICE 210 RTK

  • DJI PHANTOM 4 Mulitspectral

  • DJI Mavic 2 Dual Enterprise with an integrated 3-axes gimbal and a thermal camera

  • DJI Mavic 2 Pro with an integrated 3-axes gimbal and a UHD digital camera

  • DJI PHANTOM 4 Pro with an integrated 3-axes gimbal and a UHD digital camera, can be used with the Parrot Sequoia camera

  • Zenmuse X4s

  • Zenmuse X7 with objectives DL-S 16mm, 24 mm, 35 mm and 50 mm

  • Parrot Sequoia multispectral camera

  • Terrestrial laser scanner RIEGL VZ-1000 with integrated digital camera NIKON D-700 and a GNSS antenna;

  • Terrestrial laser scanner FARO Focus 3D X 150 with inbuilt digital camera;

  • Digital photogrammetric workstation equiped with the PHOTOMOD v5.2 software by RACURS;

  • radiometric calibration targets for AisaKESTREL hyperspectral camera

  • 2 pcs digital SLR camera Canon EOS 700D

  • 4 pcs PMR walkie talkies Motorola


Software

 

  • 11 license of RiSCAN Pro for terrestrial lidar data processing

  • 1 license of RiPROCESS for lidar data processing

  • 1 license of RiAQUIRE ALS for lidar data processing

  • 10 licenses of FARO Scene

  • 2 license of ENVI with CaligeoPro extension

  • 6 licenses of Agisoft Photoscan Professional Edition

  • 2 licenses of Pix4D

  • 1 license of PHOTOMOD


Geospatial data

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  • aerial photogrammetric stereo imagery and orthoimagery for the Slovak Karst and Košice City,

  • airborne adn terrestrial lidar data for Slovak Karst and some parts of the Košice City

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Terrestrial laser scanning of ice cave using FARO FOCUS 3D X130.

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The image demonstrates the level of geometric accuracy and point density of the 3D mapping by our laser scanner on the detail of the transverse profile of the river bed with vegetation and electric wires.

DSM_silica.jpg

Airborne lidar data can be used for generating a digital model of the landscape canopy. Th example shows a part of the Silica village in Slovak Karst acquired within the SPATIAL3D project.

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The view in the picture points to the high spatial resolution of the data made by our hyperspectral camera. The image is a combination of 3 narrow spectral bands in the infrared part of the spectrum. We created the hyperspectral record in a total of 92 spectral bands from 400-1000 nm, but their maximum possible number is up to 368. More accurately and in more detail can therefore examine the properties of the land cover.

landsat8_teplota_vKE.jpg

Satelite data of the LANDSAT8 mission can be used for calculating the surface temperature. The picture demonstrates that urban vegetation influences the ambient temperature in the city.

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