Autonomous driving is on the tips of all of our tongues
at any given moment, as it is the most likely “next generation” step in
the automotive world. One of the key components of perfecting automated
driving is the introduction of car-to-car-to-object communication –
communication between cars and traffic-control devices. Think of it as a
Facebook for the automotive world. Every car needs to update its
status and plans to all of the other cars and the traffic controls “in
its network” (in the area), so that they know how to plan accordingly.
Sure
automated driving works okay via a series of sensors, but that only
allows so much. This social networking allows car to plan routes, avoid
traffic, avoid accidents, and so forth, ahead of time. Germany has
taking the driver’s seat in this matter, by introducing the Safe
Intelligent Mobility – Testfield Germany (sim TD) - which allows
controlled testing of these communication systems. Mercedes-Benz
is one maker that will provide Germany with cars for this testing
program and has now chosen to do some of its own car-to-car-to-object
testing at its own facility in Palo Alto, California. During its
infancy, this system will utilize the network of cars to sense a line of
stopped cars over the peak of a hill or around a blind turn, helping
prevent a rear-end collision because the driver and automated sensing
devices couldn’t see the stopped cars.
In the long
run, this system may end up being the basis that automated driving on a
regular basis spawns from. Using sensors alone to eliminate the driver’s
need to control a car is pretty dangerous, as the sensors can only see
what the human eye can see. This automotive network, on the other hand,
allows the car to see things well in advance, making automated driving
the safest driving method. That sounds like a good plan to us.
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