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by giantrobot
1854 days ago
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The human eye is a far better sensor in many ways than the CMOS sensors used in cars. They have variable focus lenses, finely controlled irises, and are on gimbaled mounts in the head. They have integrated shades/shutters and cleaning mechanisms. The head itself is on a gimbaled mount which itself can be moved. Attached to the eye mount are inertial sensors, audio sensors, and an accelerometer. A camera or even a stereo pair of cameras mounted in or on the car will provide inferior imagery to the control system than eyes to the brain. They have less dynamic range and no articulation. If you wanted to replicate human style vision you'd need a bunch of fixed cameras and inertial and acceleration sensors all on top of AI that's better than what Tesla's been demonstrating. LIDAR is the most straightforward augmentation for fixed cameras because it can build very accurate depth maps and image segmentation. You need fewer fixed cameras if your spacial model is built with LIDAR. You're in even better shape if those systems are augmented with radar. While humans don't have LIDAR and such, our visual systems are highly developed and augmented with highly developed proprioception. Trying to replicate it with just cameras and tons of processing power is a fool's errand. |
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I remember the first time we had problems with a matte black surface with our LIDAR that would have been easily spotted by our camera and vice versa with a shiny white surface in direct sunlight relative the car being easily picked up by lidar but nearly invisible to the cameras.