ICPS 2025 Schedule

Chairs:
Armando Walter Colombo

The conference chairs and the president of the university will welcome the guests, explain the conference program, and open the conference.

- Prof. Gerhard Kreutz, HSEL President
- Prof. Milos Manic, IEEE IES President
- Prof. A.W. Colombo, ICPS 2025 General Chair

Chairs:
Armando Walter Colombo
Stamatis Karnouskos

Speaker: Prof. Michael Hoffmeister, FESTO, IDTA, HKA

Abstract:
How to create business potential in the future of production? This keynote will discuss strategically important factors of creating digital twins and how to address these through standardization and interoperability. The talk will introduce the main concepts of the Asset Administration Shell and how these are related to potential business benefits for future applications. Important directions in open source software and standardization, e.g., for the potential Digital Product Passport, will be reflected. The talk will address skills, tools, and methodologies, which will become relevant soon.

CV:
Prof. Dr. Michael Hoffmeister is a professor at the Karlsruhe University of Applied Sciences (HKA) in the field of mechatronics and is a researcher with Festo, which is an internationally renowned manufacturer of industrial components. He is a known driver of the AAS in Industry 4.0, is a board member of the IDTA, heads the IDTA working group for Submodels, and is convenor of the respective IEC 63278 standard for the AAS.

Chairs:
Paulo Leitao
Yuanchen Zhao

ICPS25-000001 Coordination and Communication for Online-Reconfigurable Real-Time Distributed Control

ICPS25-000002 An Architecture of a NOA-based Secure Internet of Things Edge Gateway

ICPS25-000009 PTSAnalysis – A Static Program Analysis Tool to Capture Inter-Function Data Dependencies

ICPS25-000018 Alignment of ADACOR Holonic Architecture with RAMI4.0 and Industry 5.0 Principles

ICPS25-000019 A Standardized Specification Approach for Graphical Domain-Specific Languages

ICPS25-000016 Toward the Trust-Enhanced MAPE-K Loop: A Novel Robotic Software Architecture

Chairs:
Chengbin Ma

ICPS25-000055 Carbon-Aware Scheduling for Cyber-Physical Systems in the Edge-Cloud Continuum

ICPS25-000036 Deriving Functional Requirements for CPPS in Energy-Flexible Operations: A Systematic Review of Case Studies

ICPS25-000094 Real-Time Certified Model Predictive Control for Multi-Active-Bridge Converters

ICPS25-000076 A simulation-based study on the influence of charging speed and battery size of electric vehicles on the autarky of residential areas using V2Q

ICPS25-000024 Industry 4.0 Compliant Digitalization Solution for Distributed Energy Resources and Biodiversity in the context of Smart Grids

Chairs:
Franz Kunze

ICPS25-000033 Implementation of an OPC UA Information Model for KPI Calculations and Dashboard Reporting based on ISO 22400

ICPS25-000043 Dynamic Parcel Sorting Strategies Based on Digital Twin Optimization

ICPS25-000070 Simulating Personalized Smart-Home Activity Datasets with Generative AI: A Case Study

ICPS25-000078 Comparative Analysis of Synthetic Data Generation for Object Detection: CAD Models vs. 3D Scans of Industrial Items and Hybrid Approaches

ICPS25-000079 Alarm Flood Root-Cause Detection using an Adaptive Causal Directed Graph with an Extended Heuristic Rule-Base

ICPS25-000101 Dashboard Tool for Supporting Control Software Variability Maintenance in Industrial Automation

Chairs:
David Reeping

Abstract:
The premise of the tutorial session is to introduce the threshold concept framework for designing experiences to support learning in the field of Cyber-Physical Systems (CPS). This tutorial will introduce our current understanding of potential threshold concepts in the CPS field based on the Delphi study we conducted with 11 international CPS experts. We will then invite the participants to engage in dialogue using an exercise called Q Methodology to refine the previous findings into a more parsimonious set of potential threshold concepts useful to the broader CPS community and educators. The tutorial session will close with a group discussion about the participants’ experiences with the Q Methodology exercise, where results will be shared.

In this tutorial, the following topics will be covered:
- Threshold concepts in teaching and learning threshold concepts in CPS
- The Delphi method / study as a mechanism for identifying threshold concepts in CPS
- Q Methodology as a mechanism for refining threshold concepts in CPS

Speaker Bio:
Prof. David Reeping is an Assistant Professor in the Department of Engineering and Computing Education at the University of Cincinnati. He is a mixed methodologist with a particular interest in pairing qualitative methods with emerging advanced quantitative methods. His current research includes transfer student experiences, threshold concepts, measuring curricular complexity, and student interactions with generative AI. He earned his Ph.D. in Engineering Education from Virginia Tech and was a National Science Foundation Graduate Research Fellow. He received his B.S. in Engineering Education from Ohio Northern University, where he was trained as a high school mathematics teacher.

Chairs:
Michael Hoffmeister
Juilee Tikekar

Abstract:
Industry 4.0 refers to the intelligent networking of machines and processes with the help of information & communication technology, and the digital twin is considered a key enabler for various use cases of Industry 4.0. Digital Twins are the digital representation of an asset, where an asset is anything that has added value to an organization.

The Asset Administration Shell (AAS) is the standardized digital representation of this asset. The Industrial Digital Twin Association (IDTA) works for the standardization of AAS and making it the de-facto technology for industry. This tutorial introduces the importance of AAS and how it helps achieve interoperable digital twins. It will also focus on benefits and general use cases of AAS, such as identification of the assets, Product Carbon Footprint (PCF), Product Change Notification (PCN), Digital Product Passport (DPP), and so on.

This tutorial also emphasizes hands-on exercises around AAS. In these exercises, the participants will gain practical experience on how to create an AAS from a day-to-day example. These exercises also include an introduction to IDTA published Submodels such as Digital Nameplate and Hierarchical Structures Enabling Bill of Materials. Insights into the status of the international standardization of the AAS will be given.

AAS is widely known as a foundation technology enabling Dataspaces such as Manufacturing-X to generate value based on interoperable data exchange. AAS is considered an important factor in complying with European Union (EU) regulations such as Digital Product Passport (DPP). Thus, this The tutorial directly relates to the topics of digital transformation, paradigms, methods, and tools in ICPS. This tutorial is best fit for the participants who are looking for the answer to “How to get started with Asset Administration Shells?”. This tutorial aims to familiarize the audience with the concept of AAS along with the practical experience. The tutorial will consist of an insightful presentation on AAS as well as the exercises along with interactive discussions. The exercises will use an online beginner-friendly tool to create and model the AAS. In this tutorial, the following topics will be covered:
- Motivation for digital twins
- Today’s digital twins vs interoperable digital twins by IDTA (AAS)
- Submodels
- Current use cases and developments
- Hands-on exercise: Digital Nameplate
- Hands-on exercise: Bill of Materials
- Hands-on exercise: Product Type to Instance
- Demonstration on Product Carbon Footprint Showcase

Speaker Bio:
Prof. Dr. Michael Hoffmeister is a professor at the Karlsruhe University of Applied Sciences (HKA) in the field of mechatronics and is a researcher with Festo, which is an internationally renowned manufacturer of industrial components. He is a known driver of the AAS in Industry 4.0, is a board member of the IDTA, heads the IDTA working group for Submodels, and is convenor of the respective IEC 63278 standard for the AAS.
Juilee Tikekar is working as a Digital Twin Expert at IDTA. Her main responsibilities at IDTA include driving forward open-source development for AAS and supporting the community in implementing AAS.

Chairs:
Peter Gorm Larsen

ICPS25-000051 Real-Time Interaction with a Ship Bridge Simulator via a Multi-Threaded Framework

ICPS25-000057 Field-level Reconfiguration of Real-time Distributed PLC Operating Procedures

ICPS25-000065 REimagined: A Domain-Specific Language for Model-Based Requirements Engineering

ICPS25-000066 A System Architecture for Scheduling in Human Centered Flexible Manufacturing Environments

ICPS25-000038 Exploring DevOps for Integrating Physical and Digital Twins in Cyber-Physical Systems

Chairs:
Massimiliano Pirani

ICPS25-000064 Human-Centricity in Industry 5.0 - A Systematic Literature Review of Practical Implementations

ICPS25-000074 Performance of RAG-Based Systems in Industrial Organizations: A Case Study in the Automotive Industry

ICPS25-000092 Verifiable actor model systems through Relational-model Multi-Agent System and Zero-Knowledge Proofs

ICPS25-000123 Towards a Continuous Ergonomic Evaluation of Manual Workstations in the Digital Factory

Social Event

ICPS25-000008 Self-Organizing Map Applications for Predictive Maintenance: A Review

ICPS25-000041 Iterative search-based RAG: Using iterative retrieval for efficient large language model enhancement in industrial fault diagnosis

ICPS25-000080 Data-Efficient Handling of Temporary Uncertainties in Online Alarm Flood Classification

ICPS25-000084 An Evolutionary Algorithm with Adaptive Global-Local Diversity for Data-Driven Optimization and Its Industrial Application

ICPS25-000085 From Linear to Nonlinear: An Efficient Industrial Data Attribution Method for Regression Models

Chairs:
Gavin Kane

ICPS25-000006 Online-adaptive data stream processing via cascaded and reverse adaptation

ICPS25-000010 Refining NLP Semantic Matches through Dialogue with Large Language Models

ICPS25-000021 Cascaded TinyML-based Reduction for the Anomaly Detection Model of an Industrial Combustion System

ICPS25-000096 Machine Learning Models for Prediction of Energy Flexibility in Commercial Buildings

ICPS25-000105 GAP-CAN: Gradient-Based Adversarial Attack on Transformers for CAN Bus Anomaly Detection

Chairs:
Marco Cook

ICPS25-000015 Optimal Deception Attacks in Remote State Estimation with Linear Encryption

ICPS25-000022 Secure State Estimation for Intelligent Vehicles against Cyber-security Threats

ICPS25-000034 Physics-Informed Bayesian Neural Network for Li-Ion Battery Continual Learning

ICPS25-000126 FedMqADV: A unified framework for end-to-end evaluation of MQTT-based Federated Learning in adversarial setting

ICPS25-000095 On the Cost of Asset Discovery Techniques for Industrial Control Systems

Chairs:
Armando Walter Colombo
Stamatis Karnouskos

Speaker:
Rüdiger Fritz, Twindustrial GmbH, Germany

Abstract:
For manufacturing companies, the future Digital Product Passport is an opportunity, not another bureaucratic burden. With smart ideas and an innovative mindset, companies can improve their product and their processes, can outperform their competitors, and gain substantial benefit from this bureaucratic deliverable. Let’s explore these bold theses and get inspired by some impulses to think out of the box and start to implement a system solution instead of a quick point solution, short before the DPP becomes mandatory


Speaker Bio:
Rüdiger Fritz, an industrial engineer educated at the Karlsruhe Institute of Technology (KIT), brings over 25 years of experience in the IT industry, including 23 years at SAP, where he held roles such as Development Architect and Senior Director for Product Management in Supply Chain Management. A passionate advocate for Industry 4.0, the Digital Product Passport (DPP), and Digital Twin technologies, he is now co-founder of Twindustrial GmbH, which is an innovation-driven company dedicated to redefining the potential of Digital Twins to develop forward-thinking industrial solutions. Rüdiger’s career reflects a deep commitment to shaping the future of digital transformation in manufacturing and supply chains.

Chairs:
Andre Wessels

About this session:
In this session, you will gain exclusive insights into how regional companies are successfully implementing sustainable production and the circular economy. Find out how resource-saving processes, intelligent recycling and optimized value chains lead to long-term competitive advantages. At the same time, you will learn about innovative logistics solutions that companies are using to meet the challenges of digital transformation. You can look forward to best practices, current projects and exciting contacts from the region.

Talk: Digitizing Circular Economy (Jens Duin, SYNQONY Group)

Talk: Digital transformation for greater resource efficiency (Digi-Ress) (Hartmut Schoon, Enneatech AG)

Talk: Digital Self-Sovereign Product Passport (Jonas Kallisch, OFFIS Institute for Information Technology)

Talk: Decentralized Transparency: Blockchain as the Key to Sustainable Supply Chains (Tobias Jornitz, Fraunhofer IML)

Talk: Digital product passport as the cornerstone of circularity (Steffen Boelling, Fraunhofer IML)

Chairs:
Christoph Wunck
Stamatis Karnouskos

About this session:
In an era defined by data-driven transformation, modern enterprises rely on data platforms as the foundation for analytics, AI, and operational efficiency. This session will examine the key challenges organizations face in building and maintaining scalable, secure, and high-performing platforms—including fragmented data landscapes, evolving compliance requirements, and infrastructure complexity.

The discussion will highlight industry best practices for platform architecture, data governance, and cloud integration, as well as the strategic benefits gained through enhanced agility, real-time insights, and improved decision-making.

Designed for technology leaders and data professionals, this session offers practical insights into aligning data platform strategies with business objectives in an increasingly complex digital environment.

Talk: Bridging Industries: Aerospace-X as a digital Data Ecosystems in Aviation based on results from the Automotive Data Ecosystem Catena-X (Marvin Manoury, Fraunhofer IPK)

Talk: DAVID: Advancing Interoperable Data Spaces in Manufacturing-X (Alfred Barnard, ifak Institut für Automation und Kommunikation e.V.)

Talk: HealthTrack-X: Trailblazer of a Digitalized Supply Chain for the Industrial Healthcare Sector (Ege Hüsemoglu, Bundesverband der Deutschen Industrie e.V.)

Talk: Driving engineering success with modern data platforms (Carsten Manske, KPMG)

Talk: Disaster Management & Recovery: Requirements, Industry Standards and Challenges (Gowry Sritharan, Lufthansa Industry Solutions GmbH)

Chairs:
Dimitrios Spanos

ICPS25-000049 Leveraging Weighted Knowledge Graphs for Modeling and Analyzing Information Dependencies in Automated Production Systems

ICPS25-000073 Sepsis Detection Exploiting Biomarker Analysis with Deep Neural Networks

ICPS25-000100 Automating Asset Generation of Motion Systems from CAD Data in a Game Engine Using FMI

ICPS25-000045 CityTrix: constrained motion planning for automated complex vehicle combinations

ICPS25-000087 A Laboratory Fault-Injection Automation System for Industrial Pumping Predictive Maintenance

Chairs:
Jack Nunnelee

ICPS25-000026 Enabling Symbiosis in Multi-Robot Systems through Multi-Agent Reinforcement Learning

ICPS25-000040 Selective Mixup: Exploring Data Augmentation for Long Time Series in Confectionery Manufacturing

ICPS25-000059 Evading Detection: A Targeted Adversarial Attack on VAE-LSTM-Based Anomaly Detection in ICPS

ICPS25-000060 Demonstration-Based AI Learning for Dynamic Motion Response in Metal Powder 3D Printing

ICPS25-000068 The Crucial Role of Problem Formulation in Real-World Reinforcement Learning

ICPS25-000086 IoT Device Fingerprinting Using Byte Histograms

ICPS25-000037 Reliable Uncertainty Estimation in Autonomous Systems via Feature Collapse Mitigation

Chairs:
Christian Röben

Experience Emden’s Fascinating History on a Unique City Tour!

Begin your journey at the Kesselschleuse, the heart of Emden’s maritime history, where you’ll learn how this remarkable structure regulates the harbor facilities and transformed the city into a vital trade hub. From there, the tour takes you along the Emden Wall and through preserved parts of the historic old town.
At the Delft, one of the oldest harbor basins, you’ll dive into Emden’s seafaring legacy. Here stands the Emden City Hall—a symbol of citizen self-governance and the 16th-century revolution that politically reshaped the region.
The tour concludes at the Great Church, a testament to Emden’s religious significance. Along the way, you’ll explore Emden’s history during the Nazi era, which led to destruction in World War II, and the city’s democratic post-war reconstruction.
Highlights include:
Insider tips on Emden’s best restaurants, offering traditional East Frisian cuisine and fresh seafood.
A journey through 800 years of history, from maritime trade and revolution to resilience after war.
Route: Kesselschleuse → Emden Wall → Historic Old Town/Delft → Emden City Hall → Great Church

Duration: 90 minutes
Language: English/German (specify preference)
Tips: Wear comfortable shoes and bring curiosity! Discover how Emden’s past shapes its vibrant present.

Chairs:
Philipp Wussow

ICPS25-000071 Deep Learning Methods for Detecting Thermal Runaway Events in Battery Production Lines

ICPS25-000106 Predicting the Lifespan of Industrial Printheads with Survival Analysis

ICPS25-000107 Deep Learning-based Time Series Forecasting for Industrial Discrete Process Data

Chairs:
Alexandre Oliverira Junior

ICPS25-000027 Industrial Metaverse Digital Twin: ISO 23247 Compliant Architecture for AI-Driven Simulation

ICPS25-000032 Asset Administration Shells for Integrated Toolchains and Collaborative Automation Engineering: Insights from the Factory-X Project

ICPS25-000039 Quick Response Code-Integrated Digital Twin with Asset Administration Shells

ICPS25-000048 Towards a Toolkit for Semantic Interoperability in Data Spaces

ICPS25-000054 An Automated Approach to Compliance Testing of Standardized Submodel Templates

ICPS25-000069 The MOSIM Framework: Simulating Smart Workers in the Industrial Metaverse

Chairs:
Fadi Mohsen

ICPS25-000003 Scheduling for the Orchestration of Distributed Real-Time Applications

ICPS25-000056 HoneyShip: Unveiling Cyber Threats to Maritime VSAT Systems with a High-Interaction Honeypot

ICPS25-000075 Cybersecurity Threat Sharing Platform MISP Tailored for Maritime Environment

ICPS25-000077 Improving a SALBP-1 solver by tuning flexible termination criteria with simulated solving

ICPS25-000102 Challenges and lessons learned for industry transfer of DPP solutions

Speaker:
Michael Paulweber, INSIDE Industry Association / AVL List GmbH

Abstract:
ECS-SRIA is the Electronics Components and System Strategic Research and Innovation Agenda.
Why this ECS-SRIA? The range of this ECS-SRIA is very wide, going from transistors within silicon chips acting as individual electrical switches for integration in smart systems up to global System of Systems performing complex cognitive tasks and interacting with numerous humans and machines over a wide geographical spread. The first part of the ECS-SRIA is composed of four chapters focused on the Foundational Technology Layers and their technical challenges along the technology stack, from materials and process technology to components, modules and their integration into electronic systems, embedded software developments and software technologies, to full systems and Systems of Systems. These foundational layers are characterized by hierarchical dependencies due to the inherent nature of ECS and the way they compose and integrate in complex structures. Advances in all Foundational Technology Layers will be essential to creating new electronic chips, components, modules, systems, and systems of systems along the value chain: these are the fundamental elements required to build the digitalization solutions of the future.


Speaker Bio:
Director of Research & Technology ITS, AVL List GmbH
Vice president INSIDE industry association, https://inside-association.eu/about/

Chairs:
Armando Walter Colombo
Stamatis Karnouskos

Speaker:
Prof. Milos Manic, IEEE IES President, Virginia Commonwealth University (VCU), USA

Abstract:
Recent advancements in Artificial Intelligence (AI) have created unprecedented opportunities for real-time monitoring and understanding of the behavior and health of complex systems. However, the use of AI for anomaly detection and intrusion prevention often come with a “warning label”. This talk will explore the latest developments in AI through real-world case studies, reflecting on both best practices and challenges in designing effective AI systems. We will examine scenarios involving both large and limited datasets, discuss the integration of human expertise and physics-based models, and emphasize the critical role of effective visualization and explainability in the deployment of trustworthy AI solutions. This interactive talk will begin with the fundamentals of neural networks and deep learning, explore global trends in AI for cyber-physical systems (CPS), and conclude with an overview of the IEEE Industrial Electronics Society (IES), highlighting opportunities for engagement with the world’s largest professional organization.

Speaker Bio:
Dr. Manic is a Professor with the Computer Science Department and Director of VCU Cybersecurity Center at Virginia Commonwealth University. He completed over 60 research grants in AI/ML in cyber, energy, and intelligent controls. He authored over 250 refereed articles in international journals, books, and conferences, has given over 70 invited talks around the world, holds several U.S. patents and has won 2018 R&D 100 Award for Autonomic Intelligent Cyber Sensor (AICS), one of top 100 science and technology worldwide innovations in 2018, and is recipient of the 2023 FBI DCLA Director’s Community Leadership Award for innovative research in AI & cybersecurity. He is an inductee of the US National Academy of Inventors (senior class of 2023, member class of 2019), and a Fellow of the Commonwealth Cyber Initiative (specialty in AI & Cybersecurity). He holds a Joint Appointment with Idaho National Laboratory. He is an IEEE IES President (2024-2025), after serving in multiple IES officer positions, IEEE Fellow (for contributions to machine learning based cybersecurity in critical infrastructures), recipient of IEEE IES 2019 Anthony J. Hornfeck Service Award, 2012 J. David Irwin Early Career Award, 2017 IEM Best Paper Award, associate editor of IEEE Transactions on Industrial Informatics, IEEE Open Journal of Industrial Electronics Society, and IEEE IES Senior Life AdCom member. He served as AE of Trans. on Industrial Electronics, was a founding chair of IEEE IES Technical Committee on Resilience and Security in Industry, and was a General Chair of IEEE ICIT 2023, IEEE IECON 2018, IEEE HSI 2019.

Chairs:
Jerker Delsing

About this session:
Europe stands for high-quality, sustainable and technologically advanced production. This session is dedicated to Europe\'s role as a global industrial location and highlights how regional strengths, innovative ecosystems and strategic cooperation ensure competitiveness. Learn about successful examples where European values such as quality, responsibility and resilience meet modern production technologies. Discuss with experts which political, economic and technological course must be set for a strong European industry.

Talk: Industrializing Intelligence: When smart gets real (Kristofer Bengtsson, Volvo Group)

Talk: Software-defined CPS (Olov Schelén, Xarepo AB)

Talk: Culture Change in Swedish Industry vs Digital Transformation (Erik Molin, CEO SEIIA)

Talk: tbd (Erik Swan, Husqvarna Group)

Chairs:
Alfred Ocaka

ICPS25-000029 Robust Transmission for Time Sensitive Networking Considering Transmission Failure Uncertainty

ICPS25-000097 A Hybrid Anomaly Detection Framework for OT Networks Using Leaky Bucket Algorithm and Principal Component Analysis

ICPS25-000127 Autonomous Collision-free Scheduling in Low-Power Wireless Sensor Networks

ICPS25-000120 Architecting Scalable ICPS for the Automotive Industry: Integrating NVIDIA AI Microservices with Eclipse Arrowhead

ICPS25-000014 Virtually Commissioned Semantic Recipes based on OPC UA Skills

ICPS25-000072 AAS Meets OPC~UA: A Unified Approach to Digital Twins

ICPS25-000081 Towards a Configurable Verification and Validation Framework for Critical Cyber-Physical Systems

ICPS25-000089 Contributions in an Environment: Mixed Reality and Digital Twin with the Aim to Supply Constraints Found in Twinning

ICPS25-000099 Design of a Digital Twin-based System for Bridges

ICPS25-000103 Synthetic Textual Data Generation: A Few-Shot Learning-Based Approach for DPPs with Novel Metrics

Chairs:
Thies Pfeiffer

ICPS25-000111 Towards Computational Quality Management for Automatically Generated Adaptive Work Instructions in Industry 5.0

ICPS25-000112 Towards fair employee-job assignments in final assembly stations

ICPS25-000117 Real-Time Operation Identification Using a Structure Evolving Fuzzy Finite State Machine

ICPS25-000121 Adaptive Assembly Plan Generation in Industry 4.0

Chairs:
José Barbosa

ICPS25-000004 Influence of Faulty Signatures in Batch Verification in VANET

ICPS25-000083 SCA-DETR: An Efficient DETR Based on Spatial-Channel Attention

ICPS25-000098 Autonomous Hydroponic Laboratory (AHL): Engineering a I4.0-compliant Component within a Digitalized Dairy Production Infrastructure

ICPS25-000104 Lost in the Noise: Evaluating ASR Performance in Industrial and Environment Noise

ICPS25-000013 Sparse Forward-Forward Algorithm: Efficient Machine Learning for Resource-Constrained Edge Devices in TinyML

Chairs:
Tongtong Wang

ICPS25-000007 Study on the Performance of an Event-Based Cloud Multiple NMPC

ICPS25-000011 Design of a Data-Driven Cyber-Physical System Using a Performance Assessment Mechanism

ICPS25-000044 Adaptive and Continuous Maritime Vessel Trajectory Prediction Under Varying Environments with Uncertainty Awareness

ICPS25-000052 Power State Machines: Structuring Black-Box Models for Determining Energy Consumption

Chairs:
Martina Vinetti

ICPS25-000114 A Framework for Interoperability in Software Defined Vehicles using Asset Administration Shells

ICPS25-000115 Multi-Cluster Orchestration Framework for Cloud Native Manufacturing

ICPS25-000116 Digital Twin Architecture Patterns for Real-Time Control Systems

ICPS25-000118 Work in progress: Decision support system for rescheduling blocked orders

ICPS25-000119 Measuring the Robustness of Supervised ML Models to Label Noise in Industrial Data

ICPS25-000122 Manufacturing Cost Optimization through KPI Monitoring and Intelligent Digital Machine Twins

ICPS25-000135 Towards Energy Optimization in Metal 3D Printing: An Assisted Simulation Approach for TruPrint 3000

ICPS25-000137 Utilizing the Mixture-of-Agents Approach for Entity Resolution and Data Landscape Homogenization in Manufacturing Domains

ICPS25-000113 Identification of Minimally Restrictive Assembly Sequences using Supervisory Control Theory

Chairs:
José Barbosa

ICPS25-000124 An Orchestration Engine Approach for Building Digital Product Passports in the Dairy Value Chain

ICPS25-000131 Evaluating LLM Prompting Strategies for Industrial Functional Safety Risk Assessment

ICPS25-000132 A Feasibility Study on Chain-of-Thought Prompting for LLM-Based OT Cybersecurity Risk Assessment

ICPS25-000134 Benchmarking Commercial MILP Solvers: Insights on Parallelism for the N-Queens Problem

Chairs:
Armando Walter Colombo
Stamatis Karnouskos

Speaker: Jerker Delsing, Lulea University of Technology, Sweden

Abstract:
Today\'s Cyber-Physical Systems are most often discussed in terms of small isolated interactions between our physical world and our digital world. This is now evolving towards System of Cyber Physical Systems - SoCPSs. We will see both cyber digital and physical interaction and feedback loops across our SoCPSs. It’s easy to imagine that our SoCPS will rapidly grow to a very large number of interactions between CPSs, just imagine an airport, a mine, or a smart city. Each of these examples will have a life cycle of many decades or even centuries. Comparing this to the life cycle of digital cyber parts (software and hardware) with a lifetime of 10 years for the hardware and maybe months for the software part indicates that evolution will be at hand, and with this, emergent behaviors.
How can such complexity be handled by organizations and cyber machines? Information interoperability and understandability will become critical to proper evolution management. A related question is how cyber machines can evolve potentially autonomously to keep and evolve our SoCPSs performance without engineering and maintenance costs becoming the big bottleneck.

Speaker Bio:
Prof. Jerker Delsing received 1988 a PhD degree in Electrical Measurement from Lund University. In 1994, he was promoted to associate professor in Heat and Power Engineering. In 1995, he was appointed chair professor in Industrial Electronics, renamed to Cyber Physical Systems at Luleå University of Technology. His research profile is CPS/SoS engineering automation. Prof. Delsing has engaged in large EU projects, e.g., IMC-AESOP, Arrowhead (coordinator), Productive4.0 (WP lead), Arrowhead Tools (coordinator), AIMS5.0 (WP lead), Arrowhead fPVN (coordinator)
Prof. Delsing is vice president and board member, INSIDE Industry Association, and board member, ProcessIT Innovations.