Imagine a self-driving car that gets confused by a construction zone or a heavy rainstorm. This work creates a better 'rulebook' and sharper digital eyes for these cars so they can handle tricky situations without a human taking over. It is like teaching a student driver to handle the worst possible road conditions across different countries.
Autonomous vehicles are currently limited to very specific, simple environments. They struggle with bad weather, construction sites, and different national road rules, which prevents them from being commercially viable for wide-scale use.
A system for assessing and categorizing driving domains and advanced sensor fusion methods to improve vehicle perception in difficult conditions.
If you are a system developer dealing with vehicles that stop working in rain or construction zones — this project developed a way to categorize and expand driving domains that allows cars to navigate more challenging environments.
If you are a fleet operator dealing with unreliable automated routes on unmarked roads — this project developed improved sensor fusion and perception that reduces the need for human intervention during long-haul trips.
If you are a planner dealing with the lack of standards for automated vehicles in urban zones — this project developed policy recommendations and harmonization rules to help cars travel across European borders safely.
Based on available project data, no specific pricing or cost structures are provided.
Yes, the project includes 5 industry partners and aims for real-world demonstrations to ensure an industry-tailored approach.
Based on available project data, there are no specific details regarding IP or licensing agreements.
The project focuses on resolving harmonization and legal issues for autonomous vehicles traveling across Europe.
The project period runs from 2024-12-01 to 2027-11-30.
The project is led by a specialized research SME (Virtual Vehicle Research GmbH) and backed by a strong industrial base, with 5 industry partners representing 36% of the 14-member consortium. The geographic spread across 6 countries (AT, CH, DE, ES, FR, TR) suggests a focus on cross-border standardization and European market integration.
Contact Virtual Vehicle Research GmbH in Austria
Contact us to explore partnership opportunities with the iEXODDUS consortium.
