How does Audi Use AI?

Artificial intelligence (AI) is transforming how we do business and live. We make advances in healthcare, finance, data security, travel, transportation, and social media every day. 

 

When it comes to the automotive business, artificial intelligence (AI) is changing the game. According to studies, the value of AI in automotive and cloud services would surpass $ 10.73 billion by 2024.

 

With technology taking over the entire business world, we must keep up with the Industrial Revolutions occurring every second. And AI is one of the most powerful technology, and it becomes a lot easier for humans to interact with machines. 

 

After all, everything in this world is science and everything can be calculated. So let’s look over how AI is being used in the world of transportation and how AUDI uses AI?

 

 

AI in Automotive Industry

 

When it comes to driving, artificial intelligence has a plethora of options, including fully autonomous mode and driving assistance mode. One of the automotive industry's primary priorities is keeping the driver safe while driving. 

 

AI delivers enhanced safety capabilities that can recognize unsafe conditions and notify the driver if an accident is imminent. It can also take over emergency vehicle control if the driver becomes unable to drive.

 

Multiple sensors, cross-traffic detectors, emergency braking, driver assistance, blind-spot monitoring, and other features are included to assure passenger safety. The AI has progressed to the point where it can assist people in driving, but it's been a long time since we've seen a city full of driverless automobiles. This is due to the fact that driving is not governed by a set of rules. 

 

Some AI algorithms are unable to comprehend the complexities of driving a car. This is a complicated procedure that necessitates the monitoring of many conditions and the anticipation of multiple eventualities. 

 

The computer power needed for self-driving cars is currently unavailable. Google and Tesla have made numerous advances in artificial intelligence and machine learning, and it won't be long before self-driving cars become a reality.

 

Status of AI in Automotive

 

Artificial intelligence (AI) and self-driving cars are frequently complementary topics in technology. Simply said, you can't have one without the other. Though AI is being deployed at a rapid pace in a variety of areas, the way it is being used within the automobile industry is a hotly debated topic right now.

 

With each vehicle manufacturer and their mother racing to develop synthetic intelligence and self-driving technologies, there is also a swarm of IT organizations and startups with the same goal. 

 

Though many people believe that personal, self-sustaining automobiles are the future, there are numerous ways in which AI and gadget mastering are being applied in how cars are built and how they behave on the road.

 

(Read About:- Different Examples of AI)

 

How can Audi deploy AI?

 

To combine the Audi A6 body pieces, approximately 5,300 spot welds are required. Historically, production workers employed ultrasonic waves to manually monitor the quality of the resistance spot welding process (WPS for short). 

 

Experts in production, innovation management, digitalization planning, and information technology are presently trying highly smart methods to determine the quality of weld spots at the Neckarsulm site. 

 

A team led by Mathias Mayer and Andreas Rieker will utilize artificial intelligence (AI) to detect quality problems in real-time as part of the WPS Analytics pilot project.

 

AUDI AG's Head of Production and Logistics Delivery Management Digitization, Michael Haeffner, is satisfied with the site's project.

 

"Our mission as a pilot plant for the Volkswagen Group's digital manufacturing and logistics is to test and develop digital solutions." From vehicle design to use in continuous production - “We are utilizing AI to evaluate important technologies that will make Audi and its location future-ready.”

 

What is Spot Welding Process?

 

Spot welding (sometimes referred to as resistance spot welding) is a type of resistance welding. This welding process primarily employs an electric current to deliver pressure and heat to the weld in order to join two or more metal plates.

 

It generates heat by sending an electric current through tough materials such as low carbon steel and bringing a copper alloy electrode into contact with the surface of the sheet metal.

 

The deployment of solutions for the entire Volkswagen Group is envisaged.

 

Audi is a pioneer in the ongoing development of this prospective use case as part of the Volkswagen Group's industrial cloud. The system integrates production data from group factories all over the world into a single high-performance digital platform. 

 

The primary purpose is to improve efficiency and cut costs. Each linked location can download its machine, tools, and system software directly from the industrial cloud (similar to an app store), increasing product efficiency. 

 

Following the successful implementation of the "WPS Analytics" algorithm and dashboards in Neckarsulm, preparations are in the works to roll them out across the Group. 

 

Colleagues at Volkswagen's Emden factory also rely on optimizing algorithmic control for resistance spot welding, thus the first synergies have already been realized. The outcomes of both projects are dispersed throughout the industrial cloud.

 

(Suggested reading: How BMW Uses Artificial Intelligence (AI)?)

 

 

AUDI’s revolutionary vehicles in coming years

 

The Audi AI: TRAIL Quattro is the fourth concept car with an electric drive system in the series, which began with the introduction of the Audi Aicon at the 2017 IAA. 

 

Following this luxury-class car developed for highly automated long-distance driving, the Audi PB18 E-Tron, an emissions-free monoposto geared for racing, made its debut in Pebble Beach in 2018.

 

The Audi AI: ME, revealed at the 2019 Auto Shanghai exhibition, is the third in the series and is an autonomous city car aimed at megacities throughout the world. It lets its passengers forget about the inevitable stop-and-go traffic in cities by providing flawless connectivity and a broad range of infotainment services, allowing them to spend their time in the car as productively and comfortably as possible.

 

Finally, with AI: TRAIL, Audi enables futuristic vehicles off-road. The vehicle is outfitted with four electric motors, an assist and automated driving system, and Audi's signature Quattro permanent all-wheel drive.

 

Future of AI

 

AI will continue to act as a technology innovation for years to come. Artificial intelligence (AI) is a revolutionary area of ​​computer science that is undoubtedly poised to become a key component of various emerging technologies such as big data, robotics, and IoT. 

 

In just a few years, AI has gone from fantasy to reality. Machines that help people with intelligence, not just in science fiction movies, but in the real world. We are currently living in a world of artificial intelligence, which is only a few years of history.

 

“We’re at the beginning of a golden age of AI. Recent advancements have already led to an invention that previously lived in the realm of science fiction — and we’ve only scratched the surface of what’s possible.” -JEFF BEZOS 

 

 

Conclusion about AI in India

 

According to Amitley, Managing Director of Data and Analytics at Protiviti Member Farms in India, India's automotive industry is in the midst of an exciting phase of vehicle telematics.

Protiviti, a worldwide consulting and accountancy firm, assists numerous Indian automobile manufacturers in the technology industry. In light of the current cataclysms, which "allow unforeseen developments in the industry in many ways," Ray believes India has no reason to make an exception.