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Detecting Anomalies with Embedded AI Technology

Artificial Intelligence (AI) is a major buzzword in the industrial world at the moment.  ARC Advisory has been monitoring the AI topic for a while now as we are convinced that AI will play a vital role in supporting cost reduction and developing flexible production environments in manufacturing.  For more background on AI, please refer on our blogs on policyobservations and products.

Omron has released one of the first embedded AI solution for manufacturing in a controller that collects, analyzes and utilizes data on edge devices.  The hardware is based on the company’s Sysmac NY5 IPC and the NX7 CPU and analyzes data locally, or on the edge, without the need to connect to additional on-premise or off-premise infrastructure.

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Detecting Anomalies with Embedded AI Technology

The AI function of the controller uses a machine learning solution called Isolation Forest technique to analyze machine information and detect anomalies.  This way, the AI controller monitors machine status, like voltage and temperature, and alerts maintenance when this data shows anomalies that could lead to machine failure and unplanned downtime.

The controller comes preloaded with machine learning models, including the AI Predictive Library, a library block for detecting operational anomalies for air cylinders, ball screws and conveyor belts.  The library block combines Timeseries database functions with the isolation forest algorithm (Machine learning-based AI algorithm) to match patterns in machine data and to extract anomaly points from the equipment.  Using this anomaly data extracted from the machine, the AI algorithm then repeatedly “learns” about the system.  It then uses the information learned to predict the best timing for maintenance services.

Advantages of Embedded AI Technology

Omron argues that the new AI controller brings real-time analysis from the machine to the user’s fingertips with a return value for automated data-driven decisions based on anomaly detection.  Companies can significantly reduce their dependency on recovery services and periodic maintenance, thus avoiding losses from unplanned machine downtime.  This new wave of advanced controllers could save companies time and money on R&D as well.

Conclusion

ARC continues to cover all topics regarding the use of Artificial Intelligence in Manufacturing.  At the time when automation is getting “automated”, products like Omron’s AI controller show how AI could be applied by manufacturers who want to achieve Industry 4.0 goals at little costs.

“Reprinted with permission, original blog was posted here”. You may also visit here for more such insights on the digital transformation of industry.

About ARC Advisory Group (www.arcweb.com): Founded in 1986, ARC Advisory Group is a Boston based leading technology research and advisory firm for industry and infrastructure.

For further information or to provide feedback on this article, please contact RPaira@arcweb.com

About the Author:

Ebele Maduekwe

Before joining ARC, Ebele held both data analyst/science and research roles in the financial/service sector, research, and public policy institutes.  She worked for Allianz SE, Germany as a data analyst and with the United Nations in New York on country-wide economic policies.  Ebele specializes in data analytics, experimental design, economic and business modelling and analysis, as well as forecasting.

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