Applications of artificial intelligence in automobiles

Cloud computing services

The application of artificial intelligence (AI) on cloud platforms ensures that data is always available when needed. Additionally, AI can monitor hundreds of sensors and can detect problems before they affect vehicle operation.

With the ability to monitor thousands of data points per second, AI can detect subtle changes and pinpoint errors in pending components, thereby ensuring driver safety.

Cloud computing services help store essential information.

AI is also being applied in the production and installation of in-car infotainment systems. These systems can suggest products and services based on user needs and preferences using raw data.

At the same time, AI also allows drivers to identify businesses near their current location that can serve them at that time.

Safety features

ADAS (Advanced Driver Assistance System) is one of the most popular applications of artificial intelligence in the automotive industry. Accordingly, it is a system that includes advanced driver assistance features, providing convenience and ensuring safety for users.

Active safety features (ADAS) are gradually becoming standard equipment on modern vehicles.

ADAS (Advanced Driver-Assistance Systems) offers various features such as automatic braking, drowsiness detection, lane departure warning, adaptive cruise control, cross-traffic alert, and many other safety features. Many major automakers worldwide are also applying AI to the development of self-driving cars.

AI software installed in cars collects data from high-resolution cameras, a range of ultrasonic sensors, forward-facing radar, and GPS to synthesize into signals for controlling vehicle operation. This simplifies the driving process, providing convenience and comfort while ensuring driver safety.

Automotive manufacturing and insurance

With the application of AI technology, robotic lines in automotive production have also been significantly improved. Robotic systems can interact with workers in the factory to help improve the production process. AI-powered robots can also sense what workers are doing and adjust their movements accordingly, avoiding injury to others.

AI technology is helping to make robotic assembly lines more efficient.

For example, the robotic automotive production line in South Korea is capable of identifying defects or anomalies in materials in order to make adjustments or issue warnings to quality control personnel.

AI is also being incorporated into auto insurance to help provide real-time risk assessments.

Driver monitoring

AI technology is used to check whether the driver is in the vehicle. In addition, it can determine the driver's level of concentration while operating the vehicle.

AI monitors the driver, helping them focus on driving.

If distraction is detected, the system will issue a warning signal to alert the driver to pay attention to the road and drive more carefully. Additionally, by recognizing simple hand gestures, AI helps drivers control the infotainment system without taking their eyes off the road.

Source: https://xe.baogiaothong.vn/nhung-ung-dung-cua-tri-tue-nhan-tao-บน-o-to-192240415113041617.htm