Preventing failures with artificial intelligence
May 26, 2023
Failures. We all suffer from them: payment apps that don't work, websites that are down, or software that doesn't cooperate. Often just irritating, but for businesses, downtime is a huge cost whose bill can run into millions. Some outages can spread like an oil slick: We saw this in the Flevoland power failure, for example: due to a fuse not working, a short circuit could occur. Subsequently, a fire occurred, trains did not run, and locks could not function.
ZORRO: zero downtime
To prevent such problems, the University of Twente, Saxion University of Applied Sciences, TNO-ESI and VU University Amsterdam are working on using artificial intelligence to better predict and prevent outages. They have received 3 million euros research grant for the project ZORRO (Engineering for Zero Downtime in Cyber-Physical Systems via Intelligent Diagnostic).
"Intelligent diagnostics is an active research area; where several research projects are ongoing ZORRO is unique because we focus on the system as a whole, rather than individual components," explains Mariëlle Stoelinga, professor of Risk Management for High-tech systems at the University of Twente.
"This makes it complex: within a system, the components have all kinds of complex interactions and dependencies. To develop diagnostics for that, that is. The challenge. For example, we want to develop efficient monitoring systems through smart combinations of sensors. Another work package in the project focuses on linking domain knowledge to data-driven algorithms. For this, we develop new diagnostic models and integrate them into the development path for high-tech systems."
The ZORRO project works on diagnostic methods for high-tech systems, such as MRI scanners and printers. By continuously monitoring their behaviour with appropriate sensors, AI algorithms can detect anomalous patterns in the sensor signals, and relate these to their root causes. Appropriate measures, such as replacement or repair, can then be taken in time to prevent failures.
Co-project leader Carmen Bratosin of TNO-ESI: "This multi-company programme gives us confidence in wide applicability. It enables us to accelerate our efforts to realise ESI's diagnostics roadmap for the high-tech industry."
The researchers will receive a contribution from the call Next Generation Hightech Equipment: cyber-physical systems, which is part of the Knowledge and Innovation Covenant (KIC) research programme. This programme is intended for ground-breaking innovative solutions with social and economic impact. In it, companies, knowledge institutions and governments invest together in business application of knowledge to tackle major societal challenges with smart technologies.
The project is being led by UT professor Marielle Stoelinga, and co-project leader Carmen Bratosin of TNO-ESI. From industry, ASML, Canon Production Printers, ITEC, Philips, and Thermo Fisher Scientific are involved.