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posted by janrinok on Tuesday February 24 2015, @06:17AM   Printer-friendly
from the coming-soon-'robot-races' dept.

The racetrack is the ultimate test of driving skill, managing power, traction, and braking to produce the fastest times. Now BBC reports that engineers at Stanford University have raced their souped-up Audi TTS dubbed ‘Shelley’ on the racetrack at speeds above 120 mph. When they time tested it against David Vodden, the racetrack CEO and amateur touring class champion, the driverless race car was faster by 0.4 of a second. "We’ve been trying to develop cars that perform like the very best human drivers,” says Professor Chris Gerdes who tested Shelley at Thunderhill Raceway Park in Northern California. “We’ve got the point of being fairly comparable to an expert driver in terms of our ability to drive around the track.”

To get the cars up to speed, the Stanford team studied drivers, even attaching electrodes to their heads to monitor brain activity in the hope of learning which neural circuits are working during difficult manoeuvres. Scientists were intrigued to find that during the most complex tasks, the experts used less brain power. They appeared to be acting on instinct and muscle memory rather than using judgement as a computer program would. Although there was previously very little difference between the path a professional driver takes around the course and the route charted by Shelley's algorithms until now the very best human drivers were still faster around the track, if just by a few seconds. Now the researchers predict that within the next 15 years, cars will drive with the skill of Michael Schumacher. What remains to be seen is how Shelly will do when running fender to fender with real human race drivers.

 
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  • (Score: 2) by tibman on Tuesday February 24 2015, @06:32AM

    by tibman (134) Subscriber Badge on Tuesday February 24 2015, @06:32AM (#148968)

    The fine summary says that using less judgement in a complex (corner?) case is what humans do. Why can't a computer do the same? Yes, you may abruptly fly into a wall. But if that's what the human driver was going to do too then i think the system is reliable enough, lol. Obviously the computer gets to learn from the incident where the normal driver would likely not.

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  • (Score: 4, Insightful) by kaszz on Tuesday February 24 2015, @06:40AM

    by kaszz (4211) on Tuesday February 24 2015, @06:40AM (#148971) Journal

    Measuring the thought process of humans is a very imprecise art. The human brain as tons of layers of control algorithms that science has yet to manage.

    • (Score: 2) by frojack on Tuesday February 24 2015, @07:37AM

      by frojack (1554) on Tuesday February 24 2015, @07:37AM (#148984) Journal

      To this, you have to add that little deek, that some drivers will use to prevent other drivers from passing, or if that isn't enough that little bump in the back stretch.

      There is a lot more going on than just getting around the track.

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