2D-Image Generation TRIZ Cases
- Vehicle AR Lane Display Control Based on Sensor Reliability
AR lane guidance length is adjusted by sensor reliability to keep images aligned with dividing lines and avoid overlap with obstacles.
- See-Through Image Projection Mapping for Viewpoint Continuity
Projection conversion matrices map captured image and display coordinates to keep see-through views continuous with actual scenery from the occupant's viewpoint.
- Vehicle AR Overlay Failover Using Hypervisor Virtual Machines
Multiple virtual machines on a hypervisor keep vehicle AR overlays responsive by switching to a lighter overlay when the main engine stops.
- Automotive AR Overlay Frame Rate Control for High-Speed Guidance
Dynamic frame rate control raises AR overlay speed at higher vehicle speeds to cut guide delays while limiting processing load.
- Automotive AR Overlay Failover Using Dual Virtualized Engines
When a primary AR engine stops, a virtualized backup engine keeps vehicle guidance overlays available with reduced but essential driving data.
- Automatic Parking Door Clearance Prediction Around Obstacles
Predicts how far vehicle doors can open before automatic parking by detecting nearby obstacles and warning users of access limits.