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Not only are our heads in constant motion. Our eyes are also always in motion. We’re constantly, quickly and accurately shifting our attention to different points in our vision.
That's mostly accounting for the resolution and motion sensitivity in different parts of the eye. With enough cameras a car should be able too "see" more than we could at any one time.
No, not really true.
The way AI systems have been implemented in cars produces a flat image which we run through some fancy AI and the arrive at a conclusion. But what if 1 camera sees a child and for whatever reason, the other sees a clear road? The AI is not trained to process vision the way we do, where we use all our various senses including the conflicting info we get from each eye to arrive at a conclusion. It just does a merge and then process. It should process from each sensor, then reprocess to arrive at a conclusion
To some extent you are correct, but also notice that the cameras in teslas are not installed in pairs, so they don't have depth perception. And since they don't have lidar or radar it doesn't have alternate methods to measure depth and distance.
The cameras have overlaps which can be used to measure depth and distance.
There are multiple front cameras
The side pillar camera has overlap with the side rear facing
The 2 side rear facing each have overlap with the rear.
Edit: I imagine their weakest depth/ distance perception with the current set up would be their side pillar cameras. But they could also probably do some calculations with how fast it passes from front to rear.