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Audi names vehicle networking strategy Audi connect; expanding functions in summer 2011

Audi has named its vehicle networking strategy “Audi connect.” Audi is using this term to bundle all of the applications and developments that link current and future models with the Internet with their owners and with the infrastructure.

The topics bundled within Audi connect will largely determine the mobility of the future. With the applications we presented at the Consumer Electronics Show in Las Vegas in early 2011, we will contribute significantly to shaping the networked world of the future. We will be presenting more innovations for this in the near future.

—Rupert Stadler, Chairman of the Board of Management of AUDI AG

With Audi connect, the company is building on the foundation of a collaboration with Google that began in 2005. In the process, Audi connect is encompassing the fields of online vehicle connection, networking of the car and its owner and networking of the car with the infrastructure and with other cars.

Car and internet. Audi connect is already present in the Audi A8, A7 Sportback and the new A6, and soon the A1 will include it as well. These models can be equipped with an optional UMTS module that links them with the online world. These connections make a wide array of useful applications possible, such as the unrestricted integration of Google Earth into the navigation system’s map display.

With the integrated W-LAN hotspot, up to eight mobile devices can be linked to the Internet. In June 2010 an independent jury selected the online functionality of the Audi A8 and A7 Sportback models as the “Best Embedded Navigation Telematics Product”.

Additional milestones are due to follow in Europe during summer 2011, with Audi online traffic information and expanded voice command controls, which can be used to find special destinations via Google. Audi online traffic information provides precise forecasts about traffic situations on selected routes based on real-time information, and works faster and more accurately than any previous traffic information services.

In addition, in future Audi customers in some countries will be able to use Google Street View as a new online service, and will be able to view the navigation destination on the MMI display from the pedestrian’s perspective in a 360-degree radius.

Further into the future, the Audi online connection will allow customers to use software functions to influence the car, as well as make use of online services. An array of functions will be automatically updated or can be activated retrospectively.

Car and owner. Another aspect of Audi connect defines the network between the car and the owner. Here, Audi connect pairs the automotive environment with the new lifestyle shaped by the Internet and mobile telephony. Audi drivers will be able to use a wide range of Smartphone functions that are specially adapted for their Audi model. For instance, photos taken with a GPS cell phone can be stored in the navigation system, which can then show the coordinates for the location of the photo.

The Smartphone also plays an important role in the mobility plans for cars powered by electricity. With the prototypes for the Audi A1 e-tron, the driver can view the status of the rechargeable battery on their cell phone display at all times. The driver can also check whether the doors and windows are closed, or if there is any service information. Controlling interior temperature by cell phone is also possible. In order to gather practical experience in this area, in summer 2011 Audi and one or two partners will launch a fleet test with the A1 e-tron.

Car and environment. Another field with which Audi connect is concerned is the connection between the car and its environment—i.e., car-to-car, car-to-x and x-to-car communications. These terms describe the exchange of data between various cars, from cars to the infrastructure, and from the infrastructure to the car.

In order to explore such technologies, already in 2006 Audi joined up with various partners to launch the Travolution project. As part of the project, more than 150 traffic signals in Ingolstadt were equipped to communicate with 15 test vehicles. This network recommends the optimal speed for drivers to travel in order to “ride the green wave.”

Optionally, the electronics are capable of controlling the speed automatically. This improves traffic flow, results in shorter waiting times, and reduces CO2 emissions by up to one fifth. In addition, the car’s electronics intervene if a car threatens to run a red light.

Autonomous driving. Car-to-car communication also plays a major role at Audi. If, for example, a car at the end of a traffic jam can warn cars behind by radio signal, or if warnings about slick streets can be communicated from one car to the next, this can increase traffic safety considerably. But these approaches to research also serve to prepare Audi cars for driving completely independently. One scenario could include fatigued drivers in congested areas turning driving over to the intelligent technology in order to more effectively utilize time.

Comments

Reel$$

In addition, the car’s electronics intervene if a car threatens to run a red light.

Would this be full braking? Warning lights and buzzers? And where does the red light input come from??

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