Police Release First Video From Inside the Uber Self-Driving Car That Killed a Pedestrian (recode.net)
An anonymous reader quotes a report from Recode: Three days after an Uber self-driving vehicle fatally crashed into a pedestrian in Tempe, Ariz., police have released video footage of what the vehicle saw with its cameras moments before running the woman over, and what happened inside the vehicle, where an operator was at the wheel. The video footage does not conclusively show who is at fault. However, it seems to confirm initial reports from the Tempe police that Herzberg appeared suddenly. It also showed the vehicle operator behind the wheel intermittently looking down while the car was driving itself.
I don't understand people like this. It's dark, you aren't lit, you're crossing a road with a large, fast moving, well lit hard to miss cars. And you can't be bothered to look for oncoming traffic. Only saw the video twice on the news but it looks like she never knew the car was there.
That said, I'm glad I was correct in my knowledge of what those "safety drivers" actually do all day.
This is a good example of why visual sensors are insufficient for autonomous driving.
Yes, this was hard to see using passive techniques with visible light (ie, your eyes), but WTF, the person wasn't sprinting or jumping off the curb, something active like LIDAR should have had no troubles spotting this.
No human driver could have seen that woman in time to stop, but a car equipped with infrared lidar should be able to. Time to update the sensors on the test fleet.
Or not. http://www.ncsl.org/research/t... in Arizona "Pedestrians must yield the right-of-way to vehicles when crossing outside of a marked crosswalk or an unmarked crosswalk at an intersection."
"Pedestrians have the always have the right of way."
We'll engrave that on your tombstone.
If you framegrab the images and then histogram the light curve it's hard edged at zero. Someone deliberately made the blacks blacker so it seems like no one could have seen her. Perhaps this is an artifact of the video compression algorithm or the camera itself.
Some drink at the fountain of knowledge. Others just gargle.
The radar and lidar certainly SHOULD have seen the pedestrian and it certainly appears that the driver was NOT paying attention. I also will say that in the video I could see the pedestrian while still a way out where the car should have started braking and it could have avoided killing her. While not nearly as noticeable as they would have been had the bicycle had reflectors on the wheels I could still see it when pausing the video.
The pedestrian should have had reflectors on the bicycle wheels. Just the other night I barely saw a bicyclist crossing the street in front of me at a crosswalk until they were in my lights due to the lack of any reflectors and dark clothing. I don't know what the laws are in Arizona, but where I live bicycles are required to have reflectors, a headlight and a taillight at night.
If the driver were paying a lot more attention to the road than the phone then this also could have been prevented.
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No human driver could have seen that woman in time to stop
Had the headlamps been aimed properly, they could have. In the video, when the car is traveling at 38 mph (56 feet/second), it takes about 1.5 seconds between the time the pedestrian came into view and when the collision occurred. That means that the headlamps are only lighting up an area 84 feet in front of the vehicle. If the vehicle's headlamps are about 2 feet off the ground, then when they're properly aiimed, they should be lighting up an area about 285 feet in front of the car (VOL headlamps where the left half of the horizontal beam cutoff is 2.1 inches below headlamp height at a distance of 25 feet from the front of the vehicle).
If the pedestrian was visible at 285 feet, it would have taken 5 seconds from the time the pedestrian came into view till when a collision could occur. That would have given the driver a second to react and 4 more seconds to slow down and/or change direction to avoid a collision.