INARI project
Project Objectives
- Explore the effectiveness of different modalities for multi-sensor data fusion
- Utilize unconventional polarization imaging for detecting pavement conditions
Key Features
- Multi-Sensor Data Fusion
- Focuses on combining data from various sensors to improve detection
- accuracy
- Considers only high response modalities based on weather conditions,
- enhancing fusion efficiency
- Automates the selection of modalities for merging based on external data
- acquisition conditions
- Uncertainty and Reliability
- Estimates sensor uncertainty and reliability in degraded weather
- conditions
- Ensures robust data fusion by dynamically adapting to weather changes.
Technological Impact
- Enhances road safety by providing accurate pavement condition data
- Improves vehicle control systems, leading to safer and more reliable
- navigation.
Publications & Papers
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Dataset
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Partners
Contact Us
- Samia Ainouz, Litis, INSA Rouen: samia.ainouz@insa-rouen.fr
- Reine Talj, Heudyasic, UTC: reine.talj@hds.utc.fr
- Jean-Philippe Lauffenburger, IRIMAS, Université de Haute-Alsace: jean-philippe.lauffenburger@uha.fr
- Jean-Philippe Tarel, COSYS, Université Gustave Eiffel: Jean-Philippe.Tarel@univ-eiffel.fr
- Frédéric Bernardin, CEREMA, Site Clermont Ferrand: Frederic.Bernardin@cerema.fr