When you first think of artificial intelligence applications in the automotive industry, self-driving cars may come to mind. We can say that the tools developed within the scope of artificial intelligence in today's world are systems that develop under human control in any case. For such reasons, artificial intelligence control, developed in the automotive industry, is divided into different levels with autonomous driving. Thus, it will be ensured that everyone perceives it better. In addition, while you think that artificial intelligence will make your life better with a slight touch, you may also experience trust issues when you are out of control. When it comes to the contributions of artificial intelligence to the automotive industry, we can say that it has spread over various areas.
In automotive manufacturing and cloud services, the value of artificial intelligence will increase by approximately 2024; It is estimated to exceed 10.73 billion dollars. According to the research prepared by Pricewaterhouse Coopers-PwC; Global gross national product will increase by 14 percent in 2030 with technologies based on artificial intelligence. Artificial intelligence technologies to the global economy; It is thought that China and India will contribute approximately 13.3 trillion dollars more than their current combined economic size. Thus, we can say that in terms of artificial intelligence's contributions to the automotive industry, we are facing huge-sounding benefits on an international scale.
Vehicles developed with artificial intelligence are examined in 5 different areas within the scope of their produced content. These levels, defined as autonomous driving, present the features of vehicles and what they can do with artificial intelligence. It also brings with it various advantages in the automotive industry. Autonomous driving levels are; the driver can leave his vehicle, control the vehicle partially or entirely, sleep during the journey, chat directly with other passengers, read a book in the vehicle, etc. It has features that enable it to perform various activities while driving. Each of these points offers us the qualities to allow the driver to enjoy a comfortable and relaxed driving experience. From this point of view, artificial intelligence has a broader denominator than it is supposed to contribute to the automotive industry.
Level 0: We can say that it is a non-autonomous situation where all the responsibility is on the driver while driving.
Level 1: Driver assistant, in various situations; It can assist the driver in issues such as steering, acceleration, and braking. But of course, all responsibility still lies with the driver.
Level 2: Partially autonomous; the vehicle controls the steering, speed where allowed. But the driver must always be able to intervene. We can say that the responsibility belongs to the driver in general.
Level 3: Conditionally autonomous vehicle; steering wheel controls speed. It can provide environmental control with its sensors. But in a critical situation, the driver should take over. The vehicle can speed below 60 km/h without the need for human control.
Driver assistant is very effective in providing power to the vehicle with its advanced security features. With a vehicle with a driver's assistant, the driver will drive quickly without obtaining a driver's license. Likewise, disabled people will be able to use vehicles with artificial intelligence easily. When we look at it in general, we can say that artificial intelligence technology will make movie scenes real for us in the future. When examined from all angles, the contributions of artificial intelligence to the automotive industry are quite extensive.
A vehicle with driver assistance; can detect dangerous situations by monitoring the road with numerous sensors and taking control of the vehicle to prevent accidents and warn the driver. Artificial intelligence applications that provide support such as emergency braking, cross-traffic detectors, blind-spot monitoring, driver assistance, steering can significantly contribute to the prevention of accidents and thus save lives. Thus, with the contributions of artificial intelligence to the automotive industry, vital functions can reach higher levels in traffic.
Imagine that the vehicle works without a driver; We can say that we can see these in vehicles developed with artificial intelligence—the reason why autonomous cars are not common today; the lack of adequate decision-making mechanisms until recently. While working on AI applications for automobile manufacturers, automotive companies, and the automotive industry in general, the two companies are developing genuinely self-driving cars. These are Google and Tesla, both of which have essential steps towards the contributions of artificial intelligence to the automotive industry.
Waymo's AI software; collects data from vehicles' lidar, radar, high-definition cameras, GPS, and cloud services to generate control signals that drive the vehicle. With powerful AI, deep learning algorithms; He may know that there is a pedestrian on the sidewalk and that someone may enter the street at any time. Seeing that the vehicle has stopped in the turn lane, Waymo can predict the moment of departure again.
Tesla; Eight cameras, ultrasonic sensors, sonar, front-facing radar, and GPS can pick up the same data from the environment as Waymo. Tesla's Autopilot software; can go beyond driving the car where you are told to drive. If you're not in the mood to talk, it will check your calendar and take you to your scheduled appointment.
Artificial intelligence cloud services and maintenance services are also included in the list of artificial intelligence's contributions to automotive, with some essential factors. Tools developed with artificial intelligence monitor hundreds of sensors and enabled each of them at the same time. It detects problems without affecting the active operation of the vehicle and can provide quick solutions to problems.
It monitors thousands of data points in seconds and can easily detect a pending component failure. Thus, thanks to artificial intelligence, you can learn how to maintain the vehicle practically. In terms of maintenance and repair services, we can say that the contributions of artificial intelligence to the automotive are quite extensive.
In vehicles developed with artificial intelligence, essential features such as driver monitoring and identification will be available. AI (artificial intelligence) system; examining behaviors such as eye gaze, eye-opening, head position, eyesight will detect careless driving. Thus, it will be able to warn the driver against possible accident risks. Its advanced AI face recognition algorithms will easily detect which driver is driving the vehicle. With such features, EyeSight offers custom standalone and firmware packages. We can say that the contribution of artificial intelligence to the automotive industry with its essential functions such as driver recognition and monitoring can also reduce the risk of fatal accidents.