Robotic Cars To Navigate Urban Race

It may sound like a science fair project but it isThrun said the project may pave the way for a
not. Engineers at Stanford University are testingfuture in which self-driving cars will make
an unmanned robotic car to navigate urban race intransportation safer for those who, like the
less than one year. The car is also built toelderly, might rather ride than drive. "By 2030, we
challenge both intersections and right of way.should be able to deploy this technology on
"Junior," a 2006 Volkswagen Passat wagon, is thehighways reliably," he said.
latest entry in the renowned road race sponsoredThrun said he expected a battlefield version of
by the Defense Advanced Research Projectsthe car to be available as early as 2015. "To be
Agency (DARPA), the Department of Defense'sable to understand your environment, predict
research and development arm. The robotic carwhat happens next and be able to react when
from Stanford will compete in the DARPA Urbansomething goes slightly wrong - that is the most
Challenge, the agency's so-called most challengingchallenging," said Stanford research engineer Mike
derby.Montemerlo.
"These cars are driven by artificial intelligence,"Driving in the city is a different environment. It
said Sebastian Thrun, a computer science anddoes not only require robotic cars to detect
electrical engineering professor at Stanford, whoobstacles, they must make sense of them.
unveiled his plans for Junior this week at theEngineers at the Volkswagen of America
annual meeting of the American Association forElectronics Research Laboratory in Palo Alto, Calif.
the Advancement of Science which was held inhave upgraded the brakes and throttle of "Junior"
San Francisco.so as to pave the way for a high-performing race
Thrun and Stanford took the same path before.car. The efficiency of EBC brake rotors are
In the 2005 race, Stanford's entry which wasconsidered in making the performance of the car
then dubbed "Stanley," won first place. But thateven more breath-taking.
race was run in the Nevada desert. "The next"Junior" displays an array of sophisticated sensors,
challenge will be to drive where we live," saidincluding a range-finding laser that provides a
Thrun, who spoke on a panel about the future ofthree-dimensional, 360-degree view of its
robotics. "This new generation of robots is makingsurroundings in near-real time. Its computer
the case that they can safely navigate withoutcapabilities are four times more powerful than
any human assistance," added Thrun.Stanley's. To make the capabilities functional,
In this year's challenge, several universities in theabout a dozen students, researchers and faculty
United States, along with their corporate partners,at Stanford worked on software to manage
have expressed their commitment to the race.driving tasks like mapping, perception, and planning.
Aside from Stanford, another renowned nameThe location of the 2007 race will be announced in
which has earlier verified its commitment to theOctober. The fastest car to navigate the course
event is the Carnegie Mellon University, whichwill bag $2 million.
finished second to Stanford in the 2005 challenge.