SMARTY Use Case Owners Series: Meet Cooperative ADAS
Continuing our series on SMARTY use case owners, we focus on the transformative work in advancing cooperative ADAS, redefining automotive safety and efficiency in connected vehicles.
This SMARTY use case tackles key challenges in current ADAS systems, including limited onboard AI capabilities, sensor constraints, latency issues, and non-quantum resilient communication. By leveraging edge computing and quantum-resilient technologies, the project introduces a collaborative perception framework to enhance safety and operational efficiency in scenarios like intersections, highway merging, and VRU protection.
Key innovations in this use case include:
- Edge Computing for Latency Reduction: Enabling real-time analysis of external sensor data to detect hidden objects and provide instant collision warnings.
- Quantum-Resilient Communication: Safeguarding vehicle-to-everything (V2X) communication to ensure secure and trustworthy data exchange.
- AR-Enhanced Decision Support: Displaying real-time warnings and navigation guidance on augmented reality (AR) screens to assist drivers in scenarios like collision avoidance and cooperative platooning.
This innovative approach reduces the risks associated with obscured visibility and enhances the overall safety of connected mobility systems.