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Automated cars would call ahead and schedule a time for the intersection

Some major technology firms see the future of the automobile as a much more automated device that can navigate on its own without a driver. There are, however, differing visions of what those automated vehicles of the future may look like.
 
Google sees those vehicles as needing no driver and being standalone with sensors and GPS capability to successfully navigate the roads that we have today without human interaction. Others see a more automated type of vehicle where the intersections and roads themselves tell the vehicles when and where to go.
 
A computer scientist working at the University of Texas at Austin named Peter Stone is working on technology that will help fully automated vehicles reduce traffic and navigate intersections safely. Stone believes that future intersections won’t need stoplights or stop signs. Instead, a virtual traffic controller that schedules when the vehicle stops and when it starts would manage automated vehicles.
 
"A future where sitting in the backseat of the car reading our newspaper while it drives us effortlessly through city streets and intersections is not that far away," says Stone, a professor of computer science at The University of Texas at Austin.
 
Stone is creating AI computer systems that will allow the autonomous vehicles to call ahead and reserve a space and a time at the intersection. An automated intersection manager would then approve the request and the vehicle and move through the intersection during its allotted time. The idea is that by scheduling these automated vehicles in such a way, there will be very little stopped traffic reducing traffic jams and allowing for faster transportation between two places.
 
"Computers can already fly a passenger jet much like a trained human pilot, but people still face the dangerous task of driving automobiles," Stone says. "Vehicles are being developed that will be able to handle most of the driving tasks themselves. But once autonomous vehicles become popular, we need to coordinate those vehicles on the streets."

Source: University of Texas at Austin



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RE: Pedestrian interface
By JediJeb on 2/22/2012 3:39:28 PM , Rating: 2
Driving is based on a set of rules. Even the simplest AI can react to a given set of input and take the prescribed action AND do it hundreds of times faster than a human driver. A computer can observe the entire road with (multiple) cameras and process EVERY input. It can seamlessly integrate input from IR cameras, proximity sensors and wireless data from other vehicles/traffic control systems. And above all else, there isn't anything to distract it.

One flipped bit in the right memory address could be very "distracting" to the automated system. Also even though an automated system could react hundreds of times faster to a situation than a human can, it has to have programmed into it what action to take for a given situation. What happens when it encounters a situation for which it has no programmed action to follow? We are not talking Commander Data or C3P0 highly intelligent artificial brains here, but simple computer codes with many what if statements.


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