Digital Infrastructure enabling accurate Positioning for autonomous systems (DINPAS)
| Reference number | |
| Coordinator | RISE Research Institutes of Sweden AB |
| Funding from Vinnova | SEK 7 702 000 |
| Project duration | October 2021 - September 2024 |
| Status | Ongoing |
| Venture | Advanced digitalization - Enabling technologies |
| Call | Advanced and innovative digitalization - spring 2021 |
Purpose and goal
The purpose is to meet the requirements for precise and reliable positioning for the autonomous airport with scalability for a large number of mobile devices, to benefit the next generation of industrial digital solutions. Flexible and scalable airports with optimized and seamless flows of goods, data and passengers, with highly secured and robust airport areas, drone surveillance and safe travelling are anticipated to need autonomy, and central parts are precise and reliable positioning and maintained connectivity through the digital infrastructure the project will develop.
Expected results and effects
Developed systems and technologies will enable cm-level positioning for automated systems on a large scale. The results will also be able to be fed back to 3GPP standardization through Ericsson if needed. The project will be disseminated with demonstrations, both at Drone Center Sweden in Västervik in cooperation with PNK4UTM and WARA-PS and at AstaZero. Both telecom industry and Lantmäteriet will apply their knowledge in order to fulfill the needs from automotive industry verticals. The analysis of the 3D mobile network coverage to enable precise GNSS will be used by the CORUS project
Planned approach and implementation
The project will be executed through several development steps where GNSS SSR correction data generation, distribution system and clients will be developed based on requirements for positioning in automated airport and UTM use cases. The project will: 1. Define requirements for positioning in automated airport and UTM use cases 2. Design and implement the GNSS SSR correction data generation, distribution system and client 3. Test, validate and demonstrate the GNSS correction data distribution system with integrated GNSS positioning and navigation systems in mobile platforms