Projects
Contact person, projects
- Automated task planning for autonomous multi-robot teams (ATAM)
- Automatic drones and inspection on electrical substations
- Autonomous robot missions with AI-based planning and acting (ROBPLAN)
- Mobile and autonomous sensor systems - MAsens
- NEXTGENROB - Next Generation Robotics for Norwegian Industry
- OceanEye - All-weather, high-precision intelligent payload for sea surface object detection
- SAFESUB: Safe and Autonomous Subsea Intervention
- Safety in airport operations through teaming of personnel and Artificial Intelligence (AI) – The FLAIT project
- SEAVENTION – Autonomous Subsea Intervention
Research areas
Contact person, research areas
Expertise
Contact person, expertise
Publications
- Automated Planning for Inspection and Maintenance operations using Unmanned Ground Vehicles
- Market Study on Inspection and Maintenance Robotics in Norway - Suppliers, Market Needs and Challenges Read publication
- Autonomous subsea intervention (SEAVENTION) Read publication
- An autonomous drone-based system for inspection of electrical substations Read publication
- Competitive high variance, low volume manufacturing with robot manipulators
- Path Planning for Perception-Driven Obstacle-Aided Snake Robot Locomotion Read publication
- Safety and security of drones in the oil and gas industry Read publication
- Image Segmentation of Corrosion Damages in Industrial Inspections
- Classification of corrosion and coating damages on bridge constructions from images using convolutional neural networks
- Bruk av droner i nordområdene Read publication
Other
- Language models and human-AI teaming for safety and quality in ground operations on airports – experiences from the FLAIT project
- KI bedrer driften i luftfarten
- Kunstig intelligens i luftfarten
- Flykrasj på bakken koster milliarder hvert år – mener kunstig intelligens er løsningen
- KI for å øke sikkerheten i arbeid på flyplasser
- Kunstig intelligens kan hindre ulykker på flyplass
- Services and DIH Activity Figures
- Vil gjøre flyplassenes «farligste område» tryggere med kunstig intelligens
- Kunstig intelligens skal gjøre flyplassens farligste område tryggere: – Vil fjerne de mest vanlige årsakene til uhellene
- Autonome roboter – Nye anvendelser og trender