How do self-driving cars work? This is a question of concern to many drivers, especially given the strong increase in the number of car companies entering the world of self-driving cars.
But the main question everyone interested in the automotive industry is looking for - is how do driverless cars work? - This question in itself raises many other questions in our minds, the most important of which is, how can a car recognize the parameters of the streets and identify them for roads without hitting pedestrians or other cars or even buildings?
artificial intelligence is the norm and basis of autonomous driving technology in autonomous vehicles. Audi is one of the best and most powerful technology development and machine self-learning companies it uses in its current vehicles. The main reason for this is that Audi builds strong partnerships with electronic companies.
Autonomous driving tech explained
Self-driving cars are the cars of the future. At the CES electronics show in Las Vegas, AUDI introduced the concept of machine learning in many of its vehicles, most notably the Q7, a self-driving car due to its strong collaboration with Nvidia.
Nevertheless. Audi experimented with the intelligence of the Q7 machine learning concept in an open area, specially designed for self-driving cars.
How do self-driving cars identify street landmarks and identify roads?
Autonomous vehicles come equipped with remote sensing devices, enabling them to identify road markings and driverless traffic. These devices include cameras, radars, and lidars that determine laser range and light. These devices can see traffic lights, road signals, and reflectors and can measure and determine the distances between them and the objects around them.
A. Autonomous Emergency Braking
AEB's autonomous self-braking system is characterized by its accurate ability to press brakes promptly and adequately. This technology is based on the radar that identifies obstacles and obstacles in a way that requires the use of self-automatic emergency brakes.
But one of the disadvantages of this technique, is its reliance on radar entirely, where its work can hinder some weather conditions such as sandstorms, snow, fog, and darkness. The radar can send false alarms to the primary sensor, jamming the system, stopping the car suddenly, and forming a shock to the driver.
Mercedes solved this problem on its S-Class, where additional sensors, cameras, ultrasonic sensors, lidar, and radar were added using light reflection instead of radio waves as on the first radar.
Queuing in self-driving cars
One of the difficult tasks many drivers face is to line up between two vehicles.
But self-lining makes it easier for self-driving cars to see the surrounding area and identify barriers to avoid, especially for using a 360-degree camera, as this technology is found in many high-tech cars, but what distinguishes it in self-driving cars is that this process is done subjectively from the vehicle itself.
Automated steering system in self-driving cars
The automated steering system in autonomous vehicles relies on the technologies we mentioned earlier so that the driver enjoys safe automated driving. This system helps guide the vehicle and maintains relative and safe acceleration on the roads through cameras, lidar, photo processors, and sensors around the vehicle.
Stay in the leak with self-driving cars
This system keeps track of the correct route of the vehicle and stays in the leak on the road. In case another car approaches or any interruption occurs on the road, the autonomous vehicle will automatically take the right track and prevent deviation from it.
Can an autonomous vehicle make the right decision in dangerous situations?
In fact, this question has been the subject of discussion for decades, and as the technological sector flourishes and develops research, studies, and experiments on artificial intelligence, the experts have gathered a central point on this question is that the autonomous vehicle will not make its decision in dangerous situations. Instead, it only responds to the programmed options its creators have given it in its own software since it can apply only the decisions of the people who designed them without its own interpretation.
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