Instead of calling a cabbie, now you can call your own car to pick you up.[Video]

Researchers from Berlin's Free University (FU) has unveiled a new concept of self-driving car technology - an autonomous vehicle named "MadeInGermany" (MIG).

Team lead by Raul Rojas came up with the system of self driving concept by combining the smartphone or even an iPad if you have one with Global positioning system integration reveals the caller's location to the car, which then works out the best route and tells the passenger how long it will take it to get there.

Raul Roja's team say their invention will support environmentally friendly developments by making car-sharing more practical.

Optimal use of the technology could see the number of cars in Berlin reduced to one-fifth of their current number, they say.

"With an ordinary mobile multimedia device (iPad) the driver can access all the on-board electronics," a spokesman said. "This opens up entirely new possibilities for operating the vehicle, far beyond the previous ideas of remote control."

Drivers who suddenly decide they want to steer the vehicle via an iPad can turn the automatic technology off and take control themselves.

The MIG uses sensor technology to create a three-dimensional image of the street on the car's computer so that the car is able to detect bikes, pedestrians, road markings and signs.



- Reuters Input

Computer Driven Robot vans begins its 8k miles, Italy to China journey.

Now we can see the concept of Driven without human.Self-driving electric vans powered by VisLabs have begun an epic journey from Italy to China to demonstrate autonomous driving technology which will passing through extereme climate conditions of that of cold Siberia and the hot Gobi Desert.

The VisLab Intercontinental Autonomous Challenge began in front of the Milan Cathedral on Tuesday with a goal of traveling 8,000 miles to Shanghai by the end of October.

The two heavily modified Piaggio Porter Electric vans will play various roles en route to Shanghai. Both, however, carry technicians who take control when needed.

Team members will take control of the lead vehicle "every time a decision on the road has to be taken," according to the organizers, but it drives autonomously most of the time. The main function of the lead vehicle is to navigate, since there are no maps for some parts of the route.

The lead vehicle will send out GPS locations via radio that will be picked up by the follower van, which also uses its cameras and laser scanners to aid navigation and avoid obstacles like cars and people . Drivers will take control in emergency situations.

The vans are topped with solar panels that power the computer processors, sensors, and driving actuators, but not the vans themselves, which retain their original electric power systems.

The vans have a top speed of 37 mph and are expected to drive only four hours a day due to recharging needs; the engineers will use gasoline generators if they can't find a power outlet in remote regions. A truck carrying alternate vans is part of the convoy.

Funded by a $2.3 million grant from the European Research Council, engineers at VisLab, part of the University of Parma, are leading the odyssey to determine conditions that cause autonomous driving technology to fail.

A recent demonstration in which the vans entered a congested traffic circle resulted in a communication breakdown between the vehicles, forcing manual driving, according to an Associated Press article.

The expedition is expected to collect about 100 terabytes of data on vehicle performance. The organizers want to test self-driving vehicles in more complex and extreme environments than those used in the DARPA Grand Challenge of 2005 and the DARPA Urban Challenge of 2007. VisLab participated in both through the TerraMax autonomous trucks.

Some of the tech developed from the trek to China could go into self-driving farming and mining vehicles under cooperation between VisLab and heavy machinery maker Caterpillar.

To my chagrin, it seems VisLab director Alberto Broggi believes driverless vehicles are still 20 years away. I'm still waiting for that day when I can play a car racing video game while cruising down the highway in my robot car. I saw it once on "Knight Rider."

You can track the vehicle progress here.

Src: [Cars-Cnet]