Designed by students at Stanford University's School of Engineering and VW, the next-generation autonomous Audi TT-S is the latest installment of concept vehicles that can operate without a human driver and no remote control.
One of the coolest features of the experimental car is its ability to navigate only utilizing GPS. The autonomous Audi TT-S was designed to help aid future advancements in automotive handling and accident avoidance.
Implications - The TT-S is unofficially named 'Shelly' and has a computer box that uses Sun’s Java Real Time System which runs on Solaris. The featured video gives you a look at the making of the Audi TT-S. The students working on the project definitely gained some awesome experience.
Driverless Auto Designs
Stanford's Autonomous Audi TT-S Operates Only With GPS
Trend Themes
-
Driverless Auto Designs — The development of autonomous vehicles that operate without human drivers and remote control.
-
GPS Navigation in Autonomous Cars — The use of GPS technology as the sole method of navigation in autonomous vehicles.
-
Advancements in Automotive Handling and Accident Avoidance — The exploration and development of new technologies to improve the handling and safety features of autonomous vehicles.
Industry Implications
-
Automotive — The automotive industry can leverage driverless auto designs to create innovative and safer vehicles.
-
Technology — The technology industry can benefit from the use of GPS navigation in autonomous cars to develop new applications and services.
-
Education — The education industry can provide opportunities for students to gain hands-on experience in designing and developing autonomous vehicles.