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Quick-response Uncertainty-aware Geocomputation for Very Large Datasets (Quick-GIS)
The Quick-GC project has two main objectives.
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Measurement, Monitoring and Environmental Assessment (MMEA)
The aim of the MMEA research consortium is to develop new tools, standards and methods for environmental measurement.
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Versatile use of country-wide laser scanning data (VERSATILE)
The project results benefit the development and updating of spatial data infrastructures, especially the Topographic database, as well as all end users of the country-wide LIDAR data.
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Revolution of Location-based Services (SUPRA)
In our vision consumer-aimed LBSs could be supplied with new kind of contents based on real-time geospatial analysis.
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Electromagnetic scattering by complex medium
Large part of the information from local environment to distant planets is received by measuring and analyzing the scattered light, i.e. by remote sensing.
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Streak detection and astrometric reduction (StreakDet)
In the ESA-funded StreakDet project, we investigate all-around detection and reduction algorithms applicable to optical observations of satellites and space debris.
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European Location Framework (ELF)
The goal of the project is to develop the European Location Framework (ELF) required to provide up-to-date, authoritative, interoperable, cross-border, reference geo-information for use by the European public and private sectors.
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Hydrography and identifiers (HY-ID)
Four main research questions of the project.
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Development of a Mobile Public Precise Positioning Service Based on the National GNSS Network (P3-Service)
The goal of this project is to develop a public mobile precise positioning service for consumer-grade receivers.
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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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