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Research Projects
Ongoing Projects
- 01 Mar, 19:00Location is TBD2020 - 2023, lead: Nansen Environmental and Remote Sensing Center (NERSC) The Digital Arctic Shipping project will develop new sea ice data products and visualisation services for navigation support towards Arctic shipping. Funded in part by the Research Council of Norway.
- 30 Sept 2024, 19:00Location is TBD2021 - 2024, lead: NTNU The UAV icing project develops validated aero- and thermodynamic models, operational knowledge, and computational tools to understand and predict icing on UAVs, and more energy-efficient autonomous detection methods. Funded in part by the Research Council of Norway.
- 01 Feb 2025, 19:00Location is TBD2020 - 2025, lead: DTU MISSION ATLANTIC is an EU-funded project that will map and assess the present and future status of Atlantic marine ecosystems under the influence of climate change and exploitation. Funded in part by the EU's H202 R&I programme, grant agreement 862428.
- 01 Feb 2025, 19:00Location is TBD2021 - 2025, lead: NTNU This project develops embedded processing architectures to enable edge sensor data processing, AI and sensor fusion with accurate timing, synchronization and low latency in future autonomous robots. Funded in part by the Research Council of Norway.
- 01 Sept 2025, 19:00Location is TBD2021 - 2025, lead: NTNU The AWAS project will enable efficient in-situ water sampling & analysis from small ASVs by integration of bio-optic sensors and water samplers, and on-board data analytics. Funded in part by the Research Council of Norway.
- 30 Jan 2028, 19:00Location is TBD2020 - 2028 SFI Autoship is a 8-year research-based innovation centre that will contribute to Norwegian players taking a leading role in the development of autonomous ships for safe and sustainable operations.
- 30 Jan, 19:00Location is TBD2015 - 2023 The ambition of CIRFA is for the centre to become a knowledge hub for research and development on Arctic surveillance technologies, with leading expertise in areas such as remote sensing, signal processing, radar technology, RPAS technology, numerical modelling and data assimilation.
- 01 Jan, 19:00Location is TBD2019 - 2023, lead: Maritime Robotics The RAPP project develops technology and infrastructure towards enabling autonomous and battery-powered operations of a ferry for Kristiansund. Funded in part by the Research Council of Norway.
- 31 Dec 2022, 19:00Location is TBD2021 - 2022, lead: OceanScan-MST CoMap combines the strengths of ASVs and AUVs for seafloor surveys. Using collaborative mapping with ASV and AUV, CoMap offers an innovative solution to the survey market. Funded in part by the Iceland-Liechtenstein-Norway EEA grants.
- 31 Dec 2022, 19:00Location is TBD2021 - 2022, lead: Maritime Robotics The ATOM project will create a marine multi-vehicle sensor system combining an autonomous surface vehicle (ASV) with an uncrewed underwater vehicle (UUV) carrying an underwater hyper spectral imager (UHI). Funded in part by the Research Council of Norway.
- 31 Dec 2022, 19:00Location is TBD2020 - 2022, lead: Radionor The project aims to remove "missing links" in sensor systems for orientation- and navigation systems, towards more robustness for operations, such that more mission critical decisions can be done by on-board systems. Funded in part by the Research Council of Norway.
- 30 Dec 2022, 19:00Location is TBD2019 - 2022, lead: Maritime Robotics The OceanEye project will create a sensor and data acquisition system for Uncrewed Aircraft Systems (UAS) that gives the ability to find and identify small floating objects on the sea surface. Funded in part by the Research Council of Norway.
- 01 Oct 2022, 19:00Location is TBD2021 - 2022, lead: Maritime Robotics In the SyriUS demonstration project, Maritime Robotics and EOMAP develop and demonstrate services for efficient and accurate solutions to survey bathymetry, seafloor properties and habitats. Funded in part by the European Space Agency.
- 30 Jul 2022, 19:00Location is TBD2019 - 2022, lead: NTNU Building on cutting edge research in sensor fusion and collision avoidance, the Autosit project will deliver algorithms for situational awareness that enable ASV’s to guess and predict the intentions of other vessels.
Click on a project name for a short description
Past Projects
- 30 Jan, 19:00Location is TBD2015 - 2023 The ambition of CIRFA is for the centre to become a knowledge hub for research and development on Arctic surveillance technologies, with leading expertise in areas such as remote sensing, signal processing, radar technology, RPAS technology, numerical modelling and data assimilation.
- 01 Jan, 19:00Location is TBD2019 - 2023, lead: Maritime Robotics The RAPP project develops technology and infrastructure towards enabling autonomous and battery-powered operations of a ferry for Kristiansund. Funded in part by the Research Council of Norway.
- 31 Dec 2022, 19:00Location is TBD2021 - 2022, lead: OceanScan-MST CoMap combines the strengths of ASVs and AUVs for seafloor surveys. Using collaborative mapping with ASV and AUV, CoMap offers an innovative solution to the survey market. Funded in part by the Iceland-Liechtenstein-Norway EEA grants.
- 31 Dec 2022, 19:00Location is TBD2021 - 2022, lead: Maritime Robotics The ATOM project will create a marine multi-vehicle sensor system combining an autonomous surface vehicle (ASV) with an uncrewed underwater vehicle (UUV) carrying an underwater hyper spectral imager (UHI). Funded in part by the Research Council of Norway.
- 31 Dec 2022, 19:00Location is TBD2020 - 2022, lead: Radionor The project aims to remove "missing links" in sensor systems for orientation- and navigation systems, towards more robustness for operations, such that more mission critical decisions can be done by on-board systems. Funded in part by the Research Council of Norway.
- 30 Dec 2022, 19:00Location is TBD2019 - 2022, lead: Maritime Robotics The OceanEye project will create a sensor and data acquisition system for Uncrewed Aircraft Systems (UAS) that gives the ability to find and identify small floating objects on the sea surface. Funded in part by the Research Council of Norway.
- 01 Oct 2022, 19:00Location is TBD2021 - 2022, lead: Maritime Robotics In the SyriUS demonstration project, Maritime Robotics and EOMAP develop and demonstrate services for efficient and accurate solutions to survey bathymetry, seafloor properties and habitats. Funded in part by the European Space Agency.
- 30 Jul 2022, 19:00Location is TBD2019 - 2022, lead: NTNU Building on cutting edge research in sensor fusion and collision avoidance, the Autosit project will deliver algorithms for situational awareness that enable ASV’s to guess and predict the intentions of other vessels.
- 31 Dec 2021, 19:00Location is TBD2018 - 2021 AFarCloud: a distributed platform for autonomous farming, allowing integration & cooperation of agriculture Cyber Physical Systems in real-time, to increase efficiency, productivity, animal health, food quality & reduce farm labour costs. Funded in part: ECSEL Joint Undertaking 783221.
- 31 Dec 2021, 19:00 – 23:00Location is TBD2018 - 2021 This project will produce a system that enables safe landing of unmanned aircraft (Unmanned Aircraft System - UAS) on jumps used in offshore operations in Norwegian sea areas.
- 30 Nov 2021, 19:00Location is TBD2019 - 2021, lead: MR The AIRSWIM project, with participating partners Maritime Robotics and CSEM, aims to develop and commercialize a drone based LiDAR system for shallow water mapping and detection. Funded in part by Eurostars.
- 30 Dec 2020, 19:00Location is TBD2020 The main goal of the Autosea project is to develop methods for guidance and navigation of autonomous ships. A central component of this is collision avoidance, also known as sense-and-avoid.
- 01 Dec 2019, 19:00Location is TBD2018 - 2019
Click on a project name for a short description
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