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An autonomous car driving on the streets helps cities solve problems of the future
The Finnish Geospatial Research Institute’s self-driving car collects accurate data on its surroundings while driving on the streets of cities regarding, for example, the road conditions, carbon sinks in trees, and any needs to prepare for floods.
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Urban Navigation with Multi-sensor and Map Matching
Global Navigation Satellite Systems (GNSS) has become one of the major positioning technologies for navigation and location based service.
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FutureNav
This project focuses on developing a new Low Earth Orbit (LEO) constellation for Positioning, Navigation, and Timing (PNT).
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Researchers discover that trees awaken to spring at their own pace, even within the same species in the same forest – with a difference of up to 12 days
A study by the National Land Survey of Finland and the University of Helsinki has revealed significant individual differences in how trees awaken for the growing season.
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Development of the EGNOS Pseudolite
FGI participated in the development of an EGNOS pseudolite system.
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Feasibility Study of Using Mobile-IP to Relay EGNOS Signal In Space
Feasibility Study of Using Mobile-IP to Relay EGNOS Signal In Space.
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Improve the EGNOS Service in Finland Using Internet Radio Technology
In order to improve the availability of the EGNOS service in Finland, this project prototypes a system for accessing the EGNOS service.
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Multi-constellation augmentation based on EGNOS and Galileo simulation
The context of the project covers the prototype development of a SBAS message encoder to generate the SBAS messages for both GPS and Galileo.
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Topographic data and how to acquire it
Topographic data collected by the National Land Survey is available e.g. as downloadable data sets or via interface services.
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Transportation Data Acquisition by Means of ICT-derived 3D Modeling
The objective of the project is to prototype a van-based mobile mapping system to capture the 3D models in critical traffic intersections for transpor
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