Making a Business Case for Artificial Intelligence

On Wednesday, December 5, around 100 professionals gathered in Malmö to attend an Omron conference about the use of artificial intelligence in the manufacturing industry. The conference emphasized the fact that the technologies are ready and available — it’s just the business cases that are waiting for their finishing touches.

What if it was possible to develop a machine learning model capable of predicting that a critical element of your manufacturing equipment is at risk of breaking down just before Christmas, thus making it possible to order spare parts well in advance of the holiday period?

Or, what if you had access to an industrial controller with built-in artificial intelligence that uses pattern recognition to predict an unwarranted deviation on your filling line that you otherwise would never have detected?

These examples may sound like wishful thinking, but they actually represent two of the applications for artificial intelligence on the factory floor presented to around 100 professionals at Omron’s conference on artificial intelligence in the manufacturing industry held on December 5 in Malmö.

Machine Learning Enhances Quality and Minimizes Downtime
Artificial intelligence or AI is a research discipline that is several decades old. Thanks to exponential technological development and the increasing focus on data, it is also becoming one of the most promising technologies of the fourth industrial revolution.

For the general public, AI is probably most strongly associated with self-driving cars and computer chess, but the Omron conference made it clear that AI and related terms like “machine learning” and “advanced data analysis” are also finding their way into the manufacturing industry.

For example, global ball bearing manufacturer SKF is recognized as an AI pioneer in the industry and is currently standardizing production data at all of its factories in order to better utilize the opportunities presented by data collection and data analysis. One of SKF’s first AI projects involved developing a machine learning model that can spot the difference between burn marks and oil stains on ball bearings, therefore helping the manufacturer to improve the quality of its product.

Novo Nordisk has also started taking its first steps with AI and work is in progress on its first model that uses various parameters to inform the operator on a specific manufacturing line how much can realistically be manufactured on that specific day.

The First Controller with Built-In AI
So, the solutions are definitely available. Proving this point, Omron has just launched a new controller with built-in artificial intelligence — the first of its kind in the world. However, the various presentations at the conference also showed that it is important for a manufacturing company to start their AI journey by asking themselves why they need it.

“You need a business case for AI,” was the key message in the presentation by Kasper Malthe Larsen, Chief Technology Architect at the Novo Nordisk Global IT Department.

“The fundamental question you need to ask yourself is: What information could significantly improve my processes?” added Finn Hunneche, founder of Emendo, a company that offers various solutions, including the Blackbird data collection system.

“Humans Are Really Bad with Numbers”
As is the case with many other hyped-up concepts, AI is surrounded by a certain amount of mystery. What is artificial intelligence in reality? When is a machine intelligent? And what is the distinction between advanced data analysis and AI?

According to AI expert Thomas Terney, one of the keynote speakers at the conference, all of these issues are primarily academic distinctions that will slowly decrease in importance as more complete AI solutions are developed for the industry.

“We don’t talk about intelligent cars — we talk about self-driving cars. And we also don’t talk about an intelligent email filter, but a spam filter. Once something works, we stop calling it artificial intelligence.”

Thomas Terney—who has a PhD in AI and authored the first book in Danish about this field—believes that we need to focus on the possibilities that AI offers for the manufacturing industry

“Humans are really bad with numbers. That’s why we always prefer to visualize concepts. What we are talking about is an up-and-coming technology that’s really good at deciphering data sets and numbers, but we spend too much time discussing whether or not it’s artificial intelligence.”

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About Omron

Omron Corporation is a leading industrial automation company that leverages its core sensing & control technologies to expand into businesses, such as control components, electronic components, automotive electronic components, social infrastructure, healthcare, and the environment. Omron was established in 1933, and has around 36,000 global employees, offering products and services in over 117 nations and regions. In the industrial automation business, Omron is contributing to making an affluent society by offering automation technologies which drive innovation in manufacturing as well as products and customer support. For more detail,

About "innovative-Automation!"

As a leader in industrial automation, Omron has extensive lines of control components and equipment, ranging from image-processing sensors and other input devices to various controllers and output devices such as servo motors, as well as a range of safety devices and industrial robots. By combining these devices via software, Omron has developed a variety of unique and highly effective automation solutions for manufacturers worldwide. Based on its reservoir of advanced technologies and comprehensive range of devices, Omron set forth a strategic concept called "innovative-Automation!" consisting of three innovations or "i's"--"integrated" (control evolution), "intelligent" (development of intelligence by ICT), and "interactive" (new harmonization between people and machines). Omron is now committed to bringing innovation to manufacturing sites by materializing this concept.

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