Powered by ML to increase APS reliability by shifting testing and validation left from the real world into simulation.
Directly customizable maps, scenarios, and more to extend simulation results to the long tail of the parking ODD.
Highly accurate pre-built parking ODD taxonomies, maps, and test suites. Efficient cloud simulation to optimize speed and cost.
Common challenges include diverse parking operational design domains, 360-degree sensor coverage requirement to detect near and far objects, planning and control for parking lot-specific vehicle and pedestrian behavior, and perception algorithms that should be trained on parking data to perform reliably.
Geographical variations can affect APS development by introducing different parking conventions, regulations, and typical parking environment features, requiring adaptive solutions that can handle a range of geographic locations.
Multi-sensor fusion systems integrate data from various sources like cameras, radar, and ultrasonic sensors to create a more accurate and robust understanding of a vehicle’s surroundings, enhancing both the reliability and safety of APS.
In dense urban environments, comprehensive sensor coverage and high accuracy are crucial to detecting narrow or unconventional parking spaces and navigating around pedestrians and other vehicles safely.
Effective strategies include using simulations to model different parking scenarios and real-world testing in varied environments to ensure the APS performs reliably under different conditions.