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Finland’s Enhanced Navigation using COMPASS/Beidou Signals (FINCOMPASS)
The FINCOMPASS project will bring new knowledge to the Finnish GNSS community and industry about how to utilize the COMPASS system optimally
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ESA Dragon 3 GOCE geoid
Case study on heterogeneous geoid/quasigeoid based on space borne and terrestrial data combination with special consideration of GOCE mission data impact
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Centre of Excellence in Laser Scanning Research 2014-2019
In The Centre of Excellence in Laser Scanning Research (Academy of Finland CoE 2014-2019), more than 30 Dr.Sc./PhD's from Finnish Geodetic Institute,
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The Advanced Techniques for Forest Biomass and Biomass Change Mapping Using Novel Combination of Active Remote Sensing Sensors (Advanced_SAR)
The Advanced Techniques for Forest Biomass and Biomass Change Mapping Using Novel Combination of Active Remote Sensing Sensors (Advanced_SAR) project
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Mobile Forest Tomography - Interaction of Lidar/Radar Beams with Forests Using Mini-UAV and Mobile Forest Tomography
The objective of the project is to improve measurement techniques in forest tomography.
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Intelligent built environment - combining the virtual and physical worlds (ÄRY)
Mobile mapping and laser scanning based mapping, processing and representation technologies.
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New Applications for Ubiquitous Multi- and Hyperspectral Mobile Mapping Systems (UbiHyperMapping)
The project studies and improves the feasibility of a new type of remote sensing systems, actively scanning multiple wavelength and hyperspectral lase
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VALTAOJA - Utilization of GIS technology and detailed digital elevation models in defining main drains and other water channels
The project aim is to provide definition of a main drain based on geometrical and functional criterion.
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Forest canopy height models from radargrammetric and interferomertric SAR processing (Dragon-EYS)
The study at FGI concerns forest canopy height models from radargrammetric and interferometric SAR-processing.
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Hyperspectral stereoscopic imaging in Remote sensing (HSI-STEREO)
Imaging using light-weight, Unmanned Airborne Vehicles (UAVs) is one of the most rapidly developing fields in remote sensing technology.
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