RuleML+RR 2024

the 8th International Joint Conference on Rules and Reasoning

Bucharest, Romania

16 - 18 September 2024

Industry track

General Information


The RuleML+RR industry track welcomes original work from all areas of Rules and Reasoning based technologies specifically for solving real industry problems. We are interested in experiences from practitioners when applying rules to industries such as engineering, manufacturing, agriculture, energy, media, financials, telecommunications, healthcare, life sciences, government, smart cities, tourism and cultural heritage.


We encourage submissions on the following topics: 



Incentives for industry participation in this track include: Present own results / solutions for use of rule technologies in business settings; learn about new trends in rule technologies, and how they can be used to address business problems; exchange experiences about business cases and use of rules.

Submission and Publication

We welcome submissions with original content and will not accept already published papers, advertisements or sales pitches. We recommend the inclusion of information related to: the business case, the technological challenges, the rule-based solution, the status of the approach and the importance of the solution for business. 


We welcome extended abstracts limited to 4 pages (including the references) to be submitted to the Industry Track.


Accepted papers will be published as part of CEUR proceedings and should be written in English following in the CEUR-WS.org style template CEURART (1-column variant), available at:

http://ceur-ws.org/Vol-XXX/CEURART.zip 

and 

https://www.overleaf.com/read/gwhxnqcghhdt


Reviews will be done by a committee of members from both industry and academia. Submitted papers must be original contributions written in English. Please submit your paper  via:

https://easychair.org/conferences/?conf=rulemlrr2024 

to the Industry Track.

Important Dates

For each of these deadlines, a cut-off point of 23:59 AOE applies.

Organization

Chairs

Ioan Toma, Onlim, Austria

Josiane Xavier Parreira, Siemens, Austria 

Program Committee 

Erwin Filtz, Siemens AG, Austria

Gong Cheng, Nanjing University, China

Juliana Küster Filipe Bowles, University of St Andrews, United Kingdom

Jürgen Umbrich, Onlim, Austria

Mario Scrocca, Cefriel, Italy

Martin Giese, University of Oslo, Norway

Mihai Hulea, Technical University of Cluj-Napoca, Romania

Nikolay Nikolov, SINTEF, Norway

Paul Krause, University of Surrey, United Kingdom

Robert David, Semantic Web Company, Austria

Roman Bauer, University of Surrey, United Kingdom

Simon Steyskal, Siemens AG, Austria

Umutcan Serles, University of Innsbruck, Austria

Thanks to our sponsors


Proceedings

TBA

Keynote

Qi Gao, Senior Data Scientist at Philips Innovation & Strategy

Title: Big data and AI for service innovation of medical imaging systems

Bio: Qi Gao is a senior data scientist and project lead in the Data Science department at Philips Innovation & Strategy. Since 2013, he has been involved in several internal research projects and initiatives on data analytics, machine learning, and NLP in healthcare and personal health. Currently, he focuses on applying (Gen)AI for service innovation of medical devices. He received his PhD from the Delft University of Technology, the Netherlands, for his research on user modeling and recommender systems. He received the Best Paper award at the International Conference on user modeling, adaptation and Personalization 2011 (UMAP2011) and the James Chen Best Student Paper Award in UMAP2012.

Abstract: Medical imaging systems such as MRI, CT, and X-ray are complex devices. They need software upgrades, calibration, and maintenance. To provide optimal clinal performance and predictable system operations, such service activities should be scheduled, predictable, and non-intrusive to minimize the downtime system. In the past years, Philips has invested in Big Data and AI applied to help service engineers prevent system issues and solve customer problems towards the goal of zero-unplanned downtime.  In this talk, I will present the achievements with a few relevant use cases and discuss the challenges, particularly, given the rapid development of GenAI.