All Stories

  1. PlantGraphExpert: A knowledge graph-driven tool for chemical plant operator assistance
  2. Design of a modular and heterogeneous electrolysis system to increase flexibility in the use case of direct iron reduction
  3. Accelerating the Roll‐Out of Modular Plants: From Engineering and Approval to Operation of Energy‐Efficient Modular Plants
  4. Automation of Automation: Mapping LLM Capabilities to the Modular Plant Engineering Workflow
  5. Applying Quality by Design to Digital Twin Supported Scale‐Up in Modular Plants
  6. A Comparative Analysis of Industrial MLOps prototype for ML Application Deployment at the edge devices
  7. Dynamic Operability Analysis of modular heterogeneous electrolyzer plants using system co-simulation
  8. Modular and Heterogeneous Electrolysis Systems: a System Flexibility Comparison
  9. Leveraging Machine Learning for Real-Time Performance Prediction of Near Infrared Separators in Waste Sorting Plant
  10. A Comparative Evaluation of Complexity in Mechanistic and Surrogate Modeling Approaches for Digital Twins
  11. Applying Quality by Design to Digital Twin Supported Scale-Up of Methyl Acetate Synthesis
  12. Digital Twin supported Model-based Design of Experiments and Quality by Design
  13. Differentiation between Process and Equipment Drifts in Chemical Plants
  14. A combined approach to optimization of soft sensor architecture and physical sensor configuration
  15. Experimental and model-based parameterization of the fundamental process kinetics of Chromochloris zofingiensis
  16. Design und Erprobung einer Infrastruktur für modulare Prozessanlagen
  17. Developing an Adaptive UI for Complex, Non-Linear Semiconductor Production Plans
  18. Digitale Zwillinge im Lebenszyklus eines Elektrolyseurs
  19. Boosting Electrode Performance and Bubble Management via Direct Laser Interference Patterning
  20. Automation in Biopharma: The Impact of Industrial Control as a Service
  21. A Simplified Optimization for Model Predictive Control of Waste Sorting Press Operations
  22. Energy Management System Plug-&-Monitor Architecture with an Asset Administration Shell
  23. Aligning the LLM Landscape with the Modular Plant Engineering Workflow
  24. Exploring key safety terminology through simulation: Definitions and practical insights
  25. Industrial Control as a Service
  26. Data-Driven EMPC with Design of Terminal Ingredients
  27. Scenario Design for the Evaluation of Human–Machine Interaction in Modular Process Plants
  28. An artificial neural network approach to enrich HAZOP analysis of complex processes
  29. Architecture of Digital Twin for Automating Waste and Recycling Material Sorting Process
  30. A Mapping Approach from System Control Diagrams to the Module Type Package
  31. Towards Usability of Process Models for Co-Simulation-Based Operability Analysis of Modular Electrolysis Plants
  32. An Uncertainty Analysis Based Approach to Sensor Selection in Chemical Processes
  33. Bringing Human Cognition to Machines: Introducing Cognitive Edge Devices for the Process Industry
  34. Far vs. Near: A Decision Framework for Cloud and Edge Use in the Process Industry
  35. Operation Strategies for Modular Large-Scale Alkaline Electrolysis Systems
  36. Data-driven economic MPC with asymptotic stability and strong duality verification using Hankel matrix
  37. Demonstrating Containerization of Model Predictive Control for Modular Plants
  38. A review on machine learning approaches for microalgae cultivation systems
  39. Strategies for Software and Hardware Compatibility Testing in Industrial Controllers
  40. Strategies for Software and Hardware Compatibility Testing in Industrial Controllers
  41. Modularization approach for large-scale electrolysis systems: a review
  42. Industrial Edge MLOps: Overview and Challenges
  43. Towards PEA Matching from Simulation as Part of a Digital Twin Concept for Scale-Up in Modular Plants
  44. Aiding Modular Plant Design by Linking Capability and Transformation Models
  45. LSTM-based soft sensor for the prediction of microalgae growth
  46. Simulation-Based Robust Model Predictive Control for n-Dimensional Linear Multi-Agent Systems with Uncertain and Heterogeneous Dynamics in Modular Plants
  47. Case study on quality assurance of third-party models for co-simulation using FMI
  48. Containerisierung von Model Predictive Control für modulare Anlagen – Ein Schritt zu intelligenten Edge Systemen
  49. Demonstration von “Industrial Control as a Service” für Biopharma-Anwendungen
  50. Scalable data pipeline: Ontology-based OPC UA data access for the industrial internet of things
  51. Steigerung der Energieeffizienz für eine nachhaltige Entwicklung in der Produktion: Die Rolle des maschinellen Lernens im ecoKI-Projekt
  52. Heterogenous electrolysis plants as enabler of efficient and flexible Power-to-X value chains
  53. Towards Cognitive Engineering-Driven knowledge graphs for Chemical Processes: Serialization of Abstraction Decomposition Hierarchy Using OntoCAPE
  54. Improving microalgae growth modeling of outdoor cultivation with light history data using machine learning models: A comparative study
  55. Flexible Process Control for Scalable Electrolysis Systems
  56. 70 Jahre Verfahrenstechnik an der TU Dresden
  57. Towards cloud-based Control-as-a-Service for modular Process Plants
  58. A Prototype for Navigation in Signed Directed Graphs of Chemical Processes
  59. Process Control Principles for Scalable Electrolysis Systems
  60. Transformation of process functions to the Module Type Package utilizing System Control Diagrams
  61. Thermomechanical Modeling of the Stabilization Process for Carbon Fiber Production
  62. Promoting Complex Problem Solving by Introducing Schema-Governed Categories of Key Causal Models
  63. Artificial Intelligence‐based Module Type Package‐compatible Smart Sensors in the Process Industry
  64. Opportunities of digital teaching in process control: flip the classroom, provide a level playing field, and integrate external experts
  65. Thermomechanical modeling of the stabilization process for carbon fiber production
  66. AI in Process Industries – Incubator Labs and Use Cases
  67. Automated Evaluation of Biochemical Plant KPIs based on DEXPI Information
  68. Image‐Based Flow Regime Recognition in Aerated Stirred Tanks Using Deep Transfer Learning
  69. Cryptographic protocol for privacy-preserving integration of HAZOPs in modular process plants
  70. Machine Learning Approaches for Phase Identification Using Process Variables in Batch Processes
  71. ProMetaS – A Metadata Schema for Process Engineering and Industry
  72. AI in Process Industries – Current Status and Future Prospects
  73. Technical evaluation of the flexibility of water electrolysis systems to increase energy flexibility: A review
  74. Automation 2023
  75. P2O-Lab: A Learning Factory for Digitalization and Modularization
  76. Anomaly detection in chemical processes with semantic knowledge graphs: an approach to reduce cause-effect diagrams
  77. Dynamic operation for the effective use of green hydrogen in Power-to-X value chains
  78. How to support and integrate operators in CPPS: Insights from competency modelling for adapt and exchange scenarios
  79. Modeling and simulation approach for modularized hydrogen electrolyzer plants
  80. Quality assessment of partial models for co-simulation of modular electrolysis plants
  81. Digital Twins for Scale-Up in Modular Plants: Requirements, Concept, and Roadmap
  82. Process Validation in Modular Plants considering the Scale-Up and Prior Knowledge
  83. Anforderungen an die zukünftige Prozessautomation in der Biopharma- Industrie
  84. A New Approach to HAZOP of Complex Chemical Processes
  85. Developing Cole-Cole model for Bacillus subtilis fermentation
  86. Model-Based Operator Assistance: How to Match Engineering Models with Humans’ Cognitive Representations of Their Actions?
  87. Förderlicher Entwurf cyber-physischer Produktionssysteme
  88. A Comparative Study to Evaluate the Performance of Communication Protocols for Process Industry
  89. MTPPy: Open-Source AI-friendly Modular Automation
  90. Upcoming domains for the MTP and an evaluation of its usability for electrolysis
  91. Orchestration of modular plants
  92. Integrierte, modulare Demonstrationsanlage zur Biowachsherstellung
  93. Active Learning on the Collaborative Digital Twin of the Process Plants
  94. A Typical Skill 4.0 Platform for Process Safety Management
  95. Managing the Tension between Trust and Confidentiality in Mobile Supply Chains
  96. Hybride semi‐parametrische Modellierung der thermooxidativen Stabilisierung von PAN‐Precursorfasern
  97. Conducive Design for Safety in Modular Plants
  98. Conducive Design as an Iterative Process for Engineering CPPS
  99. Sniffbots to the Rescue – Fog Services for a Gas-Sniffing Immersive Robot Collective
  100. A digital twin-concept for smart process equipment assemblies supporting process validation in modular plants
  101. Quality assessment for dynamic, hybrid semi-parametric state observers
  102. Requirements for the quality assessment of virtual commissioning models for modular process plants
  103. Requirements to a digital twin-centered concept for smart manufacturing in modular plants considering distributed knowledge
  104. Anforderungen aus der dynamischen Nutzung von grünem Wasserstoff in Power-to-X-Wertschöpfungsketten
  105. Applying Ecological Interface Design for Modular Plants: Safety-Demonstrator Case Study
  106. Hidden Markov Models und Active Learning zur automatisierten Kennzeichnung von Batchphasen in der Prozessindustrie
  107. Typenbasiertes Engineering für modulare Anlagen: Fallstudie zur Umsetzung eines modularen Neutralisationsprozesses
  108. Application of multiplicative homomorphic encryption in process industries
  109. Application of multivariable process monitoring techniques to HAZOP studies of complex processes
  110. The Machine Learning Life Cycle in Chemical Operations – Status and Open Challenges
  111. Hardware Implementation of an OPC UA Server for Industrial Field Devices
  112. Efficient Automation Engineering of Modular Process Equipment Assemblies Using the Digital Twin
  113. Evaluation von Sicherheitslebenszyklusmodellen in der modularen Automation
  114. Opportunities For A Hardware-Based OPC UA Server Implementation In Industry 4.0
  115. Sicherheitslebenszyklen für die modulare Automation in der Prozessindustrie
  116. Safety in modular process plants: demonstration of safety concepts
  117. Building Blocks for Flexible Functional Safety in Discrete Manufacturing and Process Industries
  118. Representing Causal Structures in HAZOP Studies
  119. Utilization of Homomorphic Cryptosystems for Information Exchange in Value Chains
  120. Organising a Semi-Autonomous Robot Collective: A Hybrid Approach
  121. Synchronization network of data models in the process industry
  122. 9 MTP – Automation Engineering of Modular Process Plants
  123. Model development and control of an auto-refrigerated polystyrene polymerization reactor
  124. Virtuelle Inbetriebnahme modularer Prozessanlagen
  125. The Digital Twin – Your Ingenious Companion for Process Engineering and Smart Production
  126. Integration of Mathematical Modeling with HAZOP Study of a Polymerization Plant: Capabilities and Lacunae
  127. Applying quality assurance concepts from software development to simulation model assessment in smart equipment
  128. A Secure Hybrid Dynamic-State Estimation Approach for Power Systems Under False Data Injection Attacks
  129. Distributed Functional Safety for Modular Process Plants
  130. Predictive maintenance with NOA: Application and insights for rotating equipment
  131. From stirring to mixing: artificial intelligence in the process industry
  132. Design classification of aggregating systems in intelligent information system architectures
  133. Concepts for safety in modular plants
  134. Der Weg zum Digital Twin im modularen Anlagenbau mittels MTP und DEXPI Standard
  135. Processes for Future
  136. OPC UA von der Cloud bis ins Feld
  137. Software-Defined Mobile Supply Chains
  138. Automation 2020
  139. Demonstratoren für dienstgesteuerte modulare Prozesseinheiten und deren effiziente Orchestrierung
  140. Virtuelle Inbetriebnahme einer modularen Prozessanlage mithilfe von MATLAB
  141. Automation architecture and engineering for modular process plants – approach and industrial pilot application
  142. Toward HAZOP 4.0 Approach for Managing the Complexities of the Hazard and Operability of an Industrial Polymerization Reactor
  143. Klassifikation und methodischer Entwurf von OPC UA Aggregating Servern für intelligente Architekturen
  144. Was den Digitalen Zwilling zum genialen Kompagnon macht
  145. Safety-Lifecycle of Modular Process Plants - Information Model and Workflow
  146. Open Cognitive Control System Architecture
  147. Hard Real-Time Capable OPC UA Server as Hardware Peripheral for Single Chip IoT Systems
  148. Orchestration Requirements for Modular Process Plants in Chemical and Pharmaceutical Industries
  149. Dienstedesign und Rezepterstellung zur Orchestrierung einer granular modularen Laboranlage – Erfahrungen aus der Praxis zum Zusammenspiel von Diensten über Modulgrenzen hinaus am Beispiel einer hausin...
  150. Echtzeitfähiger OPC UA Server als Hardware-Peripherie für single chip Rechenplattformen – Konzepte und Entwurfsentscheidung um den OPC UA RT IP Core
  151. Kombinierter Einsatz von AR/VR während der kollaborativen Störungsdiagnose in prozesstechnischen Anlagen
  152. Unterstützung der Team-Kommunikation zwischen Leitwarte und Feld während Stör- oder Fehlersituationen
  153. Two-Stage Learning Based Fuzzy Cognitive Maps Reduction Approach
  154. Orchestration of Services in Modular Process Plants
  155. KoMMDia: Dialogue-Driven Assistance System for Fault Diagnosis and Correction in Cyber-Physical Production Systems
  156. Management und Revisionsverwaltung verteilter offener und erweiterbarer Informationsmodelle
  157. Entwurf, Modellierung und Verifikation von Serviceabhängigkeiten in Prozessmodulen
  158. Integration of Modular Process Units Into Process Control Systems
  159. State-based control of process services within modular process plants
  160. Abbildung des modularen Sicherheits-Engineerings im Module Type Package
  161. Interaktionsmuster für Augmented Reality Anwendungen in der Prozessindustrie
  162. Konzepte zur Gestaltung von nutzerzentrierten Benutzerschnittstellen in der Modularen Prozessautomation
  163. Umsetzung von 2D zu 3D Mapping-Verfahren am Beispiel von Kostenabschätzungen mittels Planungsdaten bei prozesstechnischen Anlagen
  164. Beschreibung von Prozessmodulen
  165. Digitale Transformation in der Prozessindustrie
  166. A proposal for an interactive roundtrip engineering system
  167. HAZOP studies for engineering safe modular process plants
  168. Information models in OPC UA and their advantages and disadvantages
  169. A microservice-based architecture approach for the automation of modular process plants
  170. Cognitive Challenges of Changeability: Multi‐Level Flexibility for Operating a Modular Chemical Plant
  171. A roundtrip engineering approach for data consistency in process industry environments
  172. Model-based engineering of CPPS in the process industries
  173. Causal effect analysis for fuzzy cognitive maps designed with non-singleton fuzzy numbers
  174. Steuerungsengineering für Prozessmodule
  175. Namur Open Architecture
  176. Abbildung des NAMUR Module Type Package auf OPC UA
  177. Formal Modelling of App-Ensembles
  178. Interfacing Cyber-Physical Production Systems With Human Decision Makers
  179. Architekturentwurf für simulationsbasierte Assistenzsysteme in prozesstechnischen Anlagen
  180. Beschreibung von Bedienbildern modularer Anlagen – Ergebnisse der NAMUR/ZVEI-Arbeitskreise (1.12.1 und 2.9.1) sowie des VDI/VDE-GMA FA 5.16
  181. Big Data in der Prozessindustrie – Frühzeitige Erkennung und Entscheidungsunterstützung Mawla,
  182. Integriertes Engineering mithilfe von Roundtrip-Konzepten in der Prozessindustrie – Datenkonsistenz von der Projektierung bis zur Demontage
  183. OPC UA als adaptive Microservice-Architektur für die verteilte Automation von Linearbeschleunigern
  184. Virtuelle funktionale Module in der Prozessindustrie
  185. Analysis of fuzzy cognitive maps from ambiguity and fuzziness perspective
  186. Open Semantic Revision Control with R43ples
  187. Integrating industrial middleware in Linked Data collaboration networks
  188. Transformation of the NAMUR MTP to OPC UA to allow plug and produce for modular process automation
  189. Commercial Off‐the‐shelf‐Lösungen als neue Impulsgeber für Smart Maintenance
  190. Optimale Führung kontinuierlich betriebener modularer Anlagen
  191. Aspektorientierte HMI-Adaption
  192. Co-simulation with OPC UA
  193. Efficient OPC UA binary encoding considerations for embedded devices
  194. Concept for the detection of virtual functional modules in existing plant topologies
  195. 100% Wireless on Top
  196. OPC UA hardware offloading engine as dedicated peripheral IP core
  197. Förderung kollaborativer Interaktion mittels aspektorientiert adaptiven HMIs
  198. Simulation im Lebenszyklus einer Prozessanlage
  199. Simulation im Lebenszyklus einer Prozessanlage
  200. Decision support by integration of hazard analysis results in HMI
  201. Simulation im Lebenszyklus einer Prozessanlage
  202. Open source as enabler for OPC UA in industrial automation
  203. Semantic description of process modules
  204. Towards an integrated use of simulation within the life-cycle of a process plant
  205. Towards collaborative plant control using a distributed information and interaction space
  206. The potential of smartwatches to support mobile industrial maintenance tasks
  207. Simulation im Lebenszyklus einer Prozessanlage
  208. Learning of FCMs with causal links represented via fuzzy triangular numbers
  209. Engineering method for the integration of modules into fast evolving production systems in the process industry
  210. Enabling the integrated use of simulation within the life cycle of a process plant: An initial roadmap: Results of an in-depth online study
  211. Integrierte virtuelle Inbetriebnahme
  212. Integrierte virtuelle Inbetriebnahme
  213. Architectures for integrating functional safety into modular process plants
  214. Modeling and Transformation of systems of systems using Linked Data
  215. Integrated virtual commissioning an essential activity in the automation engineering process: From virtual commissioning to simulation supported engineering
  216. App-based system diagnosis using mobile information systems
  217. Capability-analysis of co-simulation approaches for process industries
  218. Modular and active learning to support asynchronous learning in automation engineering
  219. Package unit integration for process industry — A new description approach
  220. Triangular fuzzy number representation of relations in Fuzzy Cognitive Maps
  221. Modularization of Gas Scrubbers for CO2 Separation from Biogas
  222. FDI Usability Style Guide
  223. Package-Unit-Integration in der Prozessindustrie
  224. FDI Usability Style Guide
  225. Package-Unit-Integration in der Prozessindustrie
  226. Hand Gesture Recognition as Means for Mobile Human Computer Interaction in Adverse Working Environments
  227. Automatic Model Generation for Virtual Commissioning based on Plant Engineering Data
  228. Implementation and Operation of Collaborative Manufacturing Networks
  229. FCM-GUI: A Graphical User Interface for Big Bang-Big Crunch Learning of FCM
  230. Integration requirements of package units — A description approach with FDI
  231. Linked data as enabler for mobile applications for complex tasks in industrial settings
  232. Wissensbasiertes Assistenzsystem für modulares Engineering
  233. An Innovative Virtual Enterprise Approach to Agile Micro and SME-Based Collaboration Networks
  234. Using mobile technology for inter-organisational collaboration and end-customer integration
  235. RFID as universal entry point to linked data clouds
  236. Communication and information engineering of FDI equipment packages
  237. Extraction of safety relevant functions from CAE data for evaluating the reliability of communications systems
  238. An NA 114 conformant support system for automatic generation of communication structures
  239. Linked Data as Integrating Technology for Industrial Data
  240. MATLAB case-based reasoning GUI application for control engineering education
  241. Produktergonomie in der Prozessautomatisierung
  242. Automatisiertes Kommunikationsengineering
  243. Automated network layout for the industrial communication engineering system NetGen:X
  244. Modularisierung und Prozessführung
  245. Automatisierung von Prozessmodulen
  246. Formal Models for High Performance HMI Engineering
  247. BROWSING REVERSIBLE NEIGHBORHOOD RELATIONS IN LINKED DATA ON MOBILE DEVICES
  248. Bedienbilder auf Knopfdruck
  249. Comparison of the capabilities of different information models
  250. Advanced interaction metaphors for RFID-tagged physical artefacts
  251. Function allocation for multi-agent systems and middleware in industrial automation systems
  252. Predicting temporal errors in complex task environments: A computational and experimental approach
  253. Towards context adaptive HMIs in process industries
  254. autoHMI: a model driven software engineering approach for HMIs in process industries
  255. A mobile system for industrial maintenance support based on embodied interaction
  256. Fieldbus material take-off estimation: Towards an automated cost estimation of fieldbus installations
  257. Violations-inducing framing effects of production goals: Conditions under which goal setting leads to neglecting safety-relevant rules
  258. Multilevel Analysis of Human Performance Models in Safety-Critical Systems
  259. Realization of Tangible Mobile Human Machine Interfaces Using Wireless Personal Area Networks
  260. A conceptional design to employ engineering databases in mobile maintenance support systems
  261. A computational model of retrospective time estimation
  262. Bedienermodellgestützte Bewertung des Ablenkungspotentials von Komfortsystemen im KFZ in frühen Phasen der Systementwicklung (Model Based Assessment of Driver Distraction by In-Vehicle Information Systems in Early Phases of System Development)
  263. INTEROPERABLE HUMAN PERFORMANCE MODELLING OF DISTRIBUTED COGNITIVE AGENTS
  264. SIMPLIFYING THE DEVELOPMENT OF COGNITIVE MODELS USING PATTERN-BASED MODELING
  265. USING COGNITIVE MODELING FOR THE EVALUATION OF HUMAN-MACHINE INTERACTION
  266. Adaptable Navigation in a SCORM Compliant Learning Module
  267. Die eupace.net‐Guidelines
  268. State chart visualization of the control flow within an ACT-R/PM user model
  269. Learning by Troubleshooting - A Suitable Didactical Scenario for Online Experiments?
  270. Web-based object oriented modelling and simulation using mathml
  271. Engineering of a Virtual Community Platform
  272. Individual differences in navigation between sharable content objects—an evaluation study of a learning module prototype
  273. Multimedia-supported teaching of process system dynamics using an ontology-based semantic network
  274. Teaching modelling of chemical processes in higher education using multi-media
  275. 92. Einführung eines globalen Betriebs- und Prozeßdaten-Informationssystems
  276. Berechnung der dreidimensionalen Geschwindigkeitsverteilung in Rohrbündel‐Wärmeübertragern und Simulation der Schwingungsanregung
  277. Adaptable Navigation in a SCORM Compliant Learning Module
  278. Adaptable Navigation in a SCORM Compliant Learning Module
  279. Applications for Cognitive User Modeling
  280. Begreifbare Interaktion mit Distributed Wearable User Interfaces
  281. Cognitive Model Data Analysis for the Evaluation of Human Computer Interaction
  282. Kognitive Modeiiierang zur Evaluation von Softwaresystemen
  283. Online Communities and Community Building
  284. Collaboration and Interoperability within a Virtual Enterprise Applied in a Mobile Maintenance Scenario
  285. E-learning in process and chemical engineering - trends and challenges