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About the Editor

  • Rainer Drath
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AutomationML
This chapter is in the book AutomationML
© 2021 Walter de Gruyter GmbH, Berlin/Munich/Boston

© 2021 Walter de Gruyter GmbH, Berlin/Munich/Boston

Chapters in this book

  1. Frontmatter I
  2. Foreword by Prof. Dr. Alexander Fay V
  3. Foreword by Andreas Graf Gatterburg VII
  4. Acknowledgement by Prof. Dr. Rainer Drath IX
  5. Table of Contents XI
  6. About the Editor XXV
  7. 1 About this book 1
  8. Part I: AutomationML Development Support
  9. 2 Overview of Part I 9
  10. 3 Software development with AutomationML 11
  11. 4 AutomationML Export and Import Data Interfaces 41
  12. 5 The AMLTestCenter Rule-based verification of AML documents for generic and AAS conformity 75
  13. References for Part I 87
  14. Part II: The Industrial Cookbook
  15. 6 Overview of Part II 93
  16. 7 AML domain model for VDI 3697-1: Data exchange between CAE and PCS 95
  17. 8 AML domain model for VDI 3697-2: Data Exchange between CAE systems 113
  18. 9 MTP – Automation Engineering of Modular Process Plants 125
  19. 10 AML domain model for System Control Diagrams 165
  20. 11 Data exchange between ECAD and PLC tools – AR APC 197
  21. 12 Modelling of Drive Configurations – AR DRIVES MCAD 223
  22. 13 AML domain model for material handling 237
  23. 14 The AutomationML Component 255
  24. 15 AML domain model for Electric Interfaces 295
  25. 16 AutomationML Component Checker 323
  26. 17 AML domain model for communication systems 335
  27. 18 Modelling OPC UA with AutomationML 351
  28. 19 Serialization of the Asset Administration Shell by AutomationML 365
  29. 20 AutomationML Industrialization and Toolchain 379
  30. 21 AutomationML governance at Daimler AG 385
  31. 22 AutomationML and eCl@ss Integration 397
  32. 23 Semantic and Pragmatic Interoperability Mappings 411
  33. 24 Extended RoleClass libraries 435
  34. 25 AML-based Enterprise Control System Integration by IEC 62264 451
  35. References for Part II 467
  36. Part III: The Future – AutomationML Research
  37. 26 Overview of Part III 483
  38. 27 AutomationML based development of mechatronic systems 485
  39. 28 Concept to refine and computationally evaluate PPR information in AML 503
  40. 29 Integration of data and software into the Digital Twin via AML 521
  41. 30 Optimizing the engineering of technical energy management systems 539
  42. 31 Skill-Based Engineering of Automation Systems: Use Case and Evaluation 555
  43. 32 Engineering Data Logistics based on AML 579
  44. 33 Energy optimization during virtual commissioning 603
  45. Abbreviations 631
  46. Trademarks 635
  47. Index 637
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