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Automatic Understanding of Human Sensors Testimonials – CATCH
After the fire at the Lubrizol factory on September 26, 2019, many inhabitants of Rouen and its surroundings were victims of inconveniences such as very strong odors or symptoms that could lead to the suspicion of harmful health effects. Between September 26, 2019 and September 30, 2020, more than 6
Automatic redistribution of a fleet of car-sharing vehicles and parking valet – VALET
The announced objective of the project is the development of an automatic redistribution system for sharing vehicles in an urban environment. The principle is based on the construction of automated vehicle platoons guided by manually driven vehicles. The collected vehicles are transported to a charg
Automatic visual inspection using Machines learing : applications for industrie 4.0 – TEMIS
Visual inspection and defect detection of manufactured products on a production line must be performed in real time at very high speeds (sub-second). These activities are an integral part of the overall product quality improvement strategy, helping to limit customer returns. They are specific to a s
AutonomouS SYstem for Decoying using Uav Swarms – ASSYDUS
Assess small aerial drones ability to increase their Radar Cross Section artificially. Such collaborative platforms, with embedded artificial intelligence, can autonomously fulfil decoying missions. - increase one and several drones visibility, by a radar - Autonomous computation of a flight config
Autonomous Lifelong learnIng intelLigent Systems – ALLIES
Standard machine learning systems require massive data and huge processing infrastructures, but the main limitation to their spreading comes from the need of the empirical and rare knowledge of an experienced data scientist able to set and adjust their behavior over time. The ALLIES project will lay
Autonomous Navigation for Intelligent Vehicles and Robots – NAVIR
The NAVIR project is being led by HawAI.tech in collaboration with the Chroma team at Inria, with the aim of developing, demonstrating, and promoting the use of probabilistic approaches in mobile robotics. To do this, the research team will combine its expertise in perception and embedded navigation
Autonomous Robotic Platform for Orchards Navigation – ARPON
21st-century agriculture faces two major challenges: increasing production to meet the needs of a growing global population, and addressing labor shortages while improving working conditions. The increase in production must be considered within the context of economic and environmental constraints,
Autonomous System for Terrain Recognition & Adaptation – ASTRA
The navigation of an autonomous system (robot or vehicle) in an unstructured environment remains an open problem despite the significant progress made in recent years in the field of autonomous vehicles. Recent innovations in the field of perception using Deep-Learning methods suggest solutions that
Autotaxin and Bone Anabolism – BoneTAX
Osteoporosis is a common age-related disorder characterized by low bone mass and deterioration in bone microarchitecture, leading to increased skeletal fragility and fracture risk. Age-related osteoporosis fractures are increasing in link with the proportion of elderly population is increasing, thus
Auvergne Laboratory for IoT Applied to the Environment – IoTAE-Lab
The joint laboratory IoTAE-Lab is the result of collaboration between the Federation of Environmental Research (FRE), whose objectives are the development of interdisciplinary projects and the pooling of research resources in the field of the environment and in which eight laboratories from the CNRS
