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I don't know exactly how Tesla's safety systems are designed, but this is my guess. Collision detection systems (radar) are accurately not detecting an impendi
by kempbellt 5y ago
I don't know exactly how Tesla's safety systems are designed, but this is my guess.
Collision detection systems (radar) are accurately not detecting an impending collision because the lights are not actually on a collision course with the vehicle.
Object recognition systems (computer vision) are working very well, because they recognize the lights and are updating the 3D map accordingly, but the traffic light 3D model is not designed to be a moving object - unlike vehicles, which frequently move. Which is why we see the car "passing through" them.
What we are likely seeing is simply a weird edge case in the output for the user-interface. I'd imagine if an object was actually flying at the car and the car could see it, it would brake accordingly.
Also, the map is two-dimensional. The car frequently drives underneath traffic lights that I'm sure also appear "on top of" the car in normal cases.
Object recognition and collision detection, from what I understand, are two very different systems.
- SahAssar 5y agoTesla is not using any radar/lidar systems for FSD/autopilot (anymore), it's all visual. It might be that there are completely different systems for recognizing obstacles and what is shown on the map, but this still raises the question why and why one of those systems seem to act like this.
- deleted 5y ago[deleted]