All Stories

  1. An analytical review of predictive methods for delivery delays in supply chains
  2. A systematic review of machine learning for hybrid intelligence in production management
  3. Event-based vision in laser welding: An approach for process monitoring
  4. Hybrid intelligence – systematic approach and framework to determine the level of Human-AI collaboration for production management use cases
  5. Predicting schedule adherence of engineering changes – a case study on effectivity date adherence prediction using machine learning
  6. Enhancing brewery logistics with smart kegs: A simulation study
  7. Bridging human expertise and machine learning in production management: a case study on ML-based decision support systems to prevent missing parts at assembly
  8. Machine learning implementation in small and medium-sized enterprises: insights and recommendations from a quantitative study
  9. gym-flp: A Python Package for Training Reinforcement Learning Algorithms on Facility Layout Problems
  10. AI-artifacts in engineering change management – a systematic literature review
  11. Towards a Sustainable Industrial Society – Critical Capabilities for the Transformation to a Circular Economy in Manufacturing Companies
  12. Deep reinforcement learning for layout planning – An MDP-based approach for the facility layout problem
  13. Deciding on when to change – a benchmark of metaheuristic algorithms for timing engineering changes
  14. gym-flp: A Python Package for Training Reinforcement Learning Algorithms on Facility Layout Problems
  15. “Deep-Dive analysis of the latest Lithium-Ion battery safety testing standards and regulations in Germany and China”
  16. Der digitale Fabrikzwilling
  17. Transforming Food Production: Smart Containers for Sustainable and Transparent Food Supply Chains
  18. Application of stochastic risk simulation to increase depth of production planning
  19. Boosting the Circular Manufacturing of the Sustainable Paper Industry – A First Approach to Recycle Paper from Unexploited Sources such as Lightweight Packaging, Residual and Commercial Waste
  20. Cyber-Physical Optimization of Production Processes Using Two AIs: A Robot-Guided MAG Welding Use-Case
  21. Decision support on membrane electrode assembly (MEA) production and factory concepts
  22. Plattformen für die Fabrikplanung/Platforms as a new approach for factory planning
  23. Smart Containers—Enabler for More Sustainability in Food Industries?
  24. Einfluss des Mega-Castings auf die Automobilzulieferer
  25. Application of a Digital Twin for Proactive Production Planning
  26. Human trust in otherware – a systematic literature review bringing all antecedents together
  27. Die Fabrik der Zukunft
  28. A systematic approach towards mastering complexity through hybrid assembly planning
  29. Testing the reliability of monocular obstacle detection methods in a simulated 3D factory environment
  30. Additive Surface Graining in Prototype Tooling for Injection Molding
  31. Concept of a Multi-Agent System for Optimised and Automated Engineering Change Implementation
  32. Sensitivity analysis of specific metrics for automated evaluation of layout changeability
  33. Adaptive Remanufacturing – Decision Model for the Intelligent Maintenance of Production Resources
  34. Enabling automated checking of information in factory planning with ontologies – a case study
  35. Green Factories: Ein Ordnungsrahmen als Wegweiser/Green-Factories: A framework of recommended actions – How the drive for enhanced sustainability is changing factory planning
  36. Servitisierung im Rahmen der Fabrikplanung/Industrial challenges and needs for service integration in the context of factory planning
  37. Life Cycle Assessment for Adaptive Remanufacturing: incorporating ecological considerations into the planning of maintenance activities – a case study in the German heavy machinery industry
  38. Multi-agent-based deep reinforcement learning for dynamic flexible job shop scheduling
  39. Preferences for Single-Turn vs. Multiturn Voice Dialogs in Automotive Use Cases—Results of an Interactive User Survey in Germany
  40. Reinforcement Learning for Process Time Optimization in an Assembly Process Utilizing an Industry 4.0 Demonstration Cell
  41. Digitale Fabrikplanung als Befähiger zur Erreichung der Klimaziele/Scalable factory and production concept for the production of water electrolysers
  42. Uncertainty and Changeability in Manufacturing Equipment Planning
  43. Towards a Method to Design Production Systems for Fixtureless Production with Component-integrated Fixture Features in Automotive Body Shops
  44. Die Modullandkarte des Aachener Fabrikplanungsvorgehens
  45. Fields of action towards automated facility layout design and optimization in factory planning – A systematic literature review
  46. Risk Assessment in Factory Planning Projects – An Empirical Evaluation of Industrial Practice
  47. Sustainability of Factories in Urban Surroundings Enabled by a Space Efficiency Approach
  48. Trust in artificial intelligence within production management – an exploration of antecedents
  49. Predictive analytics in quality assurance for assembly processes: lessons learned from a case study at an industry 4.0 demonstration cell
  50. Predictive analytics in quality assurance for assembly processes: lessons learned from a case study at an industry 4.0 demonstration cell
  51. Digital press shops: Data of an online survey among press shop experts
  52. Predictive analytics in quality assurance for assembly processes: lessons learned from a case study at an industry 4.0 demonstration cell
  53. Predictive analytics in quality assurance for assembly processes: lessons learned from a case study at an industry 4.0 demonstration cell
  54. Uncovering the human evaluation of changeability for automated factory layout planning: an expert survey
  55. Achieving parametric transparency in model-based factory planning
  56. Bibliometric Study on the Use of Machine Learning as Resolution Technique for Facility Layout Problems
  57. Machine Learning-Based Prediction of Missing Components for Assembly – a Case Study at an Engineer-to-Order Manufacturer
  58. Predictive analytics in quality assurance for assembly processes: lessons learned from a case study at an industry 4.0 demonstration cell
  59. Adaptive Remanufacturing – Methodology towards an intelligent maintenance strategy for production resources
  60. Creation of an expert system for design validation in BIM-based factory design through automatic checking of semantic information
  61. Deep multimodal learning for manufacturing problem solving
  62. Design of a Methodological Framework for Adaptive Remanufacturing-based Business Models
  63. Risk Management in Factory Planning – A Literature Review
  64. Support-vector classification of downstream problem effects during physical product development and ramp-up
  65. Adaptive assembly systems for enabling agile assembly – Empirical analysis focusing on cognitive worker assistance
  66. Adaptivity and adaptability as design parameters of cognitive worker assistance for enabling agile assembly systems
  67. Assembly system design in captive offshoring – A semi-systematic review of literature
  68. Network-based factory planning for small and medium-sized enterprises
  69. Sustainable Interaction of Human and Artificial Intelligence in Cyber Production Management Systems
  70. How to Improve Collaboration Efficiency in the Built Environment of Factories by Using an Integrated Factory Modelling Concept – An Expert Study
  71. Automation decisions for assembly systems
  72. Knowledge-based problem solving in physical product development––A methodological review
  73. Approaches for the Prediction of Lead Times in an Engineer to Order Environment—A Systematic Review
  74. Urban production: State of the art and future trends for urban factories
  75. A clustering approach for topic filtering within systematic literature reviews
  76. Adaptive remanufacturing for lifecycle optimization of connected production resources – A literature review
  77. Capability-based assembly design: An approach for planning an agile assembly system in automotive industry
  78. Hybrid approach to agile assembly planning – Empirical evaluation of the industrial practice
  79. Modeling and evaluating agile assembly systems using mixed-integer linear programming
  80. Performance assessment methodology for AI-supported decision-making in production management
  81. INTEGRATED FACTORY MODELLING: USING BIM TO DISRUPT THE INTERFACE BETWEEN MANUFACTURING AND CONSTRUCTION IN FACTORY PLANNING
  82. Data on the current state of modular systems in a highly dynamic environment: Empirical analyses in the manufacturing industry and automotive industry of Germany
  83. Kaizen 4.0 Towards an Integrated Framework for the Lean-Industry 4.0 Transformation
  84. Performance improvements in horizontally integrated production networks through real-time reschedulingin the event of disruptions
  85. Quadrotors in factory applications: design and implementation of the quadrotor’s P-PID cascade control system
  86. Automation Configuration Evaluation in Adaptive Assembly Systems Based on Worker Satisfaction and Costs
  87. Enabling Smart Workplaces by Implementing an Adaptive Software Framework
  88. Data on the current state of problem solving and improvement during physical product development within complex (manufacturing) systems
  89. Simulating the benefit of disruption prevention in assembly
  90. Automation decisions in flow-line assembly systems based on a cost-benefit analysis
  91. Urban factories: Industry insights and empirical evidence within manufacturing companies in German-speaking countries
  92. Human Machine Cooperation in Smart Production: Evaluation of the Organizational Readiness
  93. Proactive Complexity Steering for Ramp-up Planning in Assembly
  94. The Minimal Viable Production System (MVPS) – An Approach for Agile (Automotive) Factory Planning in a Disruptive Environment
  95. Return on CPS (RoCPS): An Evaluation Model to Assess the Cost Effectiveness of Cyber-Physical Systems for Small and Medium-Sized Enterprises
  96. Artificial Intelligence in Production Management
  97. Data quality-based process enabling: Application to logistics supply processes in low-volume ramp-up context
  98. Flow Chart Based Information Modeling for Factory Planning
  99. Systematic Planning Approach for Heavy-Duty Human-Robot Cooperation in Automotive Flow Assembly
  100. Schnittstellenanalyse in der integrierten Fabrikplanung
  101. Cost-benefit analysis for disruption prevention in low-volume assembly
  102. Remanufacturing von Elektrofahrzeugen
  103. Kooperative Werksstrukturen nutzen
  104. Potentials of Factory Standards in Production Ramp-Ups
  105. Semantic Information Modelling for Factory Planning Projects
  106. Störungsrelevante Montageprozesse erkennen
  107. Economic level of detail for assembly planning
  108. Adaptive Montage für XXL-Produkte
  109. Analysis of Socio-Technical Structures in Order to Increase the Changeability of Producing Companies
  110. Factory Carbon Footprint Design
  111. Network-Fit in a Disruptive Environment: Assessment of the Strategic Fit among Partners of a Value-Added Network
  112. Strategic Fit: Overview of Cost, Quality and Scalability Impact on the Added Value Network in Electric Engine Production
  113. Assessment and Configuration of a Product Production System
  114. Integrated Product and Process Development: Modular Production Architectures based on Process Requirements
  115. Development of technological competence innovations in disruptive changes using the electric motor as an example
  116. Designing a Complex Service System in the Context of Factory Planning
  117. Integrated product and process development for electric engine production
  118. Life cycle oriented evaluation of flexibility in investment decisions for automated assembly systems
  119. Strategic Fit Assessment for Value-Added Networks of Electric Engine Production
  120. Geschäftsmodell für den Betrieb von Pools modularer Sonderladungsträger
  121. Strategic fit in value added networks of electric vehicle production
  122. Costs, quality and scalability: Impact on the value chain of electric engine production
  123. Process alternatives in the battery production
  124. The ideal depth of value added in disruptive markets using the production of traction motors as an example
  125. Cost innovations by integrative product and production development
  126. Integrative Business and Technology Cases
  127. Virtual Production Systems
  128. Production system with respect for variable quantities for an economical electric vehicle production
  129. Business and Technology Cases
  130. Virtuelle Produktionssysteme