Verfügbarkeit: AutomationML :: THWS Bibkatalog

AutomationML: the industrial cookbook

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Bibliographische Detailangaben
Weitere Verfasser:	Drath, Rainer (HerausgeberIn)
Format:	Buch
Sprache:	English
Veröffentlicht:	Berlin ; Boston De Gruyter Oldenbourg [2021]
Schlagworte:	Industrie 4.0 Software AutomationML BUS070030 BUSINESS & ECONOMICS/ Industries / Computers & Information Technology COM051000 COMPUTERS / Programming / General TEC037000 Technology & Engineering/ Robotics Impact of science & technology on society Automatic control engineering Computer programming / software development xml Caex Automatisierung Hardcover, Softcover / Technik Lehrbuch
Online-Zugang:	Inhaltsverzeichnis Inhaltsverzeichnis
Beschreibung:	XXIII, 641 Seiten Illustrationen, Diagramme 24 cm x 17 cm, 1228 g
ISBN:	9783110745924 3110745925

Internformat

MARC


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245	1	0	\|a AutomationML \|b the industrial cookbook \|c edited by Rainer Drath ; forewords by Alexander Fay and Andreas Graf Gatterburg
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653			\|a Impact of science & technology on society
653			\|a Automatic control engineering
653			\|a Computer programming / software development
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Datensatz im Suchindex

_version_	1804183077150261248
adam_text	TABLE OF CONTENTS RAINER DRATH 1 ABOUT THIS BOOK ------ 1 1.1 INTRODUCTION ----- 1 1.2 READING GUIDANCE ----- 1 1.3 ABOUT AUTOMATIONML ----- 2 1.4 RELATED AUTOMATIONML SPECIFICATIONS ----- 3 1.4.1 OVERVIEW ----- 3 1.4.2 AUTOMATIONML IEC 62714 SERIES ------ 3 1.4.3 WHITEPAPERS ----- 5 1.4.4 APPLICATION RECOMMENDATIONS ----- 5 1.4.5 BEST PRACTICE RECOMMENDATIONS ------ 5 1.4.6 AVAILABILITY ----- 6 PART I: AUTOMATIONML DEVELOPMENT SUPPORT ----- 7 RAINER DRATH 2 OVERVIEW OF PART I ----- 9 RONALD ROSENDAHL, ENDER YEMENICIOGLU 3 SOFTWARE DEVELOPMENT WITH AUTOMATIONML ------ 11 3.1 INTRODUCTION ----- 11 3.2 LAYERED ARCHITECTURE ----- 11 3.2.1 LAYER 0 ------ 12 3.2.2 LAYER 1 ------ 13 3.2.3 LAYER 2 ------ 14 3.2.4 LAYER 3 ------ 15 3.3 IMPLEMENTATION METHODS ----- 16 3.3.1 SIMPLE API FOR XML (SAX) ----- 16 3.3.2 DOCUMENT OBJECT MODEL (DOM) ----- 16 3.3.3 SERIALIZATION TO XML ----- 17 3.3.4 IMPLEMENTATION ----- 17 3.3.5 USECASES ----- 18 3.4 JAVA ENGINE ----- 19 3.4.1 JAVA ARCHITECTURE FOR XML BINDING (JAXB) ----- 19 3.4.2 ECLIPSELINK - JAXB MODEL COMPILER ----- 20 3.4.3 ECLIPSELINK - PERSISTENCE API ----- 22 3.4.4 AUTOMATIONML OBJECT MODELLING ----- 24 3.5 AUTOMATIONML ENGINE ----- 28 3.5.1 AML.ENGINE (C#), BASIC ARCHITECTURE AND DESIGN ----- 28 3.5.2 AML.ENGINE TUTORIAL ----- 30 3.6 AUTOMATIONML EDITOR PLUGIN ----- 35 3.6.1 GETTING STARTED ----- 35 3.6.2 PLUGIN IMPLEMENTATION ----- 36 3.7 COMPARISON AND CONCLUSION ---- 38 3.8 ABOUT THE AUTHORS ----- 40 XII - TABLE OF CONTENTS JOSEF PRINZ, ENDER YEMENICIOGLU, RAINER DRATH 4 AUTOMATIONML EXPORT AND IMPORT DATA INTERFACES ------ 41 4.1 INTRODUCTION ----- 41 4.2 GENERAL IMPORT/EXPORT CONCEPT ----- 41 4.2.1 OVERVIEW ----- 41 4.2.2 GENERAL ARCHITECTURE ----- 42 4.2.3 SEMANTICS DURING EXPORT AND IMPORT ----- 44 4.2.4 GENERAL IMPORT CONCEPT ----- 45 4.3 IMPLEMENTATION CONCEPTS FOR THE TRANSFORMATION LAYER OF AN EXPORT INTERFACE ----- 46 4.4 IMPLEMENTATION CONCEPTS FOR THE TRANSFORMATION LAYER OF AN IMPORT INTERFACE ----- 50 4.5 DEFINITION OF SYSTEMLLNITCLASSES FOR EXTERNALIZATION CONCEPTS ----- 53 4.6 IDENTIFICATION CONCEPTS ----- 55 4.6.1 LABELLING FOR EXPORTERS ----- 55 4.6.2 OBJECT IDENTIFICATION ----- 56 4.7 INTERFACE IMPLEMENTATION EXAMPLES ----- 58 4.7.1 GENERAL PROCEDURES ----- 58 4.7.2 AUTOMATIONML EXPORT WITH INTERNALIZED GENERATION ------ 62 4.7.3 AUTOMATIONML EXPORT WITH EXTERNALIZED GENERATION ------ 66 4.7.4 AUTOMATIONML IMPORT WITH INTERNALIZED GENERATION ------ 70 4.8 CONCLUSION ----- 72 4.9 ABOUT THE AUTHORS ----- 73 JAN-WILHELM BLUME, LJILJANA STOJANOVIC 5 THE AMLTESTCENTER ------ 75 5.1 INTRODUCTION AND MOTIVATION FOR THE AMLTESTCENTER----- 75 5.2 VERIFICATION OF GENERAL AML CONFORMITY WITH THE AMLTESTCENTER----- 77 5.2.1 GENERAL CONCEPT ----- 77 5.2.2 ABOUT CONSISTENCY RULES ------- 78 5.2.3 USER INTERFACE AND APPLICATION ----- 79 5.2.4 FIELDS OF IMPROVEMENT ----- 80 5.3 AMLTESTCENTER FOR DOMAIN SPECIFIC RULES ----- 80 5.3.1 REQUIREMENTS/NEEDS FOR A DECLARATIVE APPROACH ----- 80 5.3.2 NEW CONCEPT -EXTENSION WITH THE ENGINE FOR RULE EXECUTION ----- 82 5.3.3 AAS RULES EXAMPLE ----- 83 5.3.4 IMPLEMENTATION DETAILS ----- 84 5.4 CONCLUSION AND NEXT STEPS ----- 85 5.5 ABOUT THE AUTHORS ----- 86 REFERENCES FOR PART I ------ 87 PART II: THE INDUSTRIAL COOKBOOK ----- 91 RAINER DRATH 6 OVERVIEW OF PART II ----- 93 RAINER DRATH, THOMAS TAUCHNITZ 7 AML DOMAIN MODEL FOR VDI 3697-1: DATA EXCHANGE BETWEEN CAE AND PCS ----- 95 TABLE OF CONTENTS - XIII 7.1 INTRODUCTION AND MOTIVATION ----- 95 7.2 ABOUT PROCESS CONTROL EQUIPMENT (PCE) ----- 97 7.3 GMA-TECHNICAL COMMITTEE 6.16 ----- 98 7.4 ARCHITECTURE OVERVIEW OF A PCE REQUEST ----- 99 7.5 THE AML CLASS MODEL ----- 101 7.5.1 OVERVIEW ----- 101 7.5.2 CLASS MODEL OF THE NE150SUCLIBRARY ----- 102 7.5.3 DATA MODEL OF THE NE150LNTERFACELIBRARY ----- 104 7.5.4 DATA MODEL OFTHE NE150PLANTHIERARCHYROLECLASSLIB ----- 105 7.6 NAMUR CONTAINER MODELLING GUIDELINE ----- 106 7.6.1 PREPARATION ----- 106 7.6.2 STEPS HOWTO MODEL A PCE REQUEST WITH AML ----- 107 1.7 TYPICAL MODELLING GUIDELINE ----- 109 7.7.1 ABOUT TYPICALS ----- 109 7.7.2 HOW TO MODEL TYPICALS ----- 109 7.8 EXPERIENCES IN THE PRACTICAL IMPLEMENTATION ----- 111 7.9 DISCUSSION AND CONCLUSION ----- 111 7.10 ACKNOWLEDGEMENTS ----- 112 7.11 ABOUT THE AUTHORS ----- 112 ANDREAS SCHULLER 8 AML DOMAIN MODEL FOR VDI 3697-2: DATA EXCHANGE BETWEEN CAE SYSTEMS ------ 113 8.1 INTRODUCTION AND MOTIVATION ------ 113 8.2 DATA MODEL ----- 114 8.3 AUTOMATIONML LIBRARY NE159SUCLIBRARY ----- 116 8.4 AML MODELLING GUIDELINE ------ 118 8.4.1 APPLICATION EXAMPLE ACCORDINGTO NE 159 ----- 118 8.4.2 STEP 1: PREPARATION ----- 119 8.4.3 STEP 2: MODELLING THE PLANT HIERARCHY ----- 120 8.4.4 STEP 3: MODELLINGTHE PCE REQUEST ----- 122 8.5 DISCUSSION AND CONCLUSION ----- 122 8.6 ACKNOWLEDGEMENTS ----- 123 8.7 ABOUT THE AUTHOR ----- 123 MARIO HOERNICKE, KATHARINA STARK, LEON URBAS 9 MTP - AUTOMATION ENGINEERING OF MODULAR PROCESS PLANTS ----- 125 9.1 INTRODUCTION ----- 125 9.1.1 OVERVIEW ----- 125 9.1.2 ABOUT MODULES, FUNCTIONALITY AND MOTIVATION ----- 126 9.1.3 STATE-OF-THE-ART ----- 127 9.1.4 AUTOMATION ENGINEERING AND ARCHITECTURE OF MODULAR PLANTS ----- 128 9.1.5 STATE-BASED CONTROL AND SERVICE-ORIENTED ARCHITECTURE ----- 130 9.1.6 STANDARDIZATION ----- 130 9.1.7 SCOPE ----- 131 9.2 MTP AND AUTOMATIONML ----- 131 9.3 DATA MODEL - THE MODULE TYPE PACKAGE (MTP) ----- 132 9.4 AUTOMATIONML CLASSES ----- 135 9.4.1 BASIC LIBRARIES ----- 137 9.4.2 DATA OBJECT LIBRARIES ----- 139 XIV - TABLE OF CONTENTS 9.4.3 HMI LIBRARIES ----- 141 9.4.4 SERVICE LIBRARIES ----- 142 9.4.5 ALARM LIBRARIES ----- 144 9.5 MODELLING GUIDE BASED ON AN APPLICATION EXAMPLE ----- 145 9.5.1 HOW TO MODEL THE MANIFEST ----- 145 9.5.2 HOW TO MODEL THE TAGS ----- 146 9.5.3 HOWTO MODEL THE COMMUNICATION INTERFACES ----- 148 9.5.4 CONCEPT OF LINKEDOBJECTS ----- 150 9.5.5 HOWTO MODEL THE HMI ----- 150 9.5.6 HOWTO MODEL MODULE SERVICES ----- 154 9.5.7 HOW TO MODEL ALARMS AND EVENTS ----- 157 9.6 INDUSTRIAL CASE STUDIES, PILOTS AND INITIATIVES ----- 159 9.6.1 ACHEMA DEMONSTRATOR ----- 159 9.6.2 PILOT FOR A BIOPHARMACEUTICAL PROJECT ----- 160 9.7 DISCUSSION AND CONCLUSION ----- 162 9.8 OUTLOOK ----- 162 9.9 ABOUT THE AUTHORS ----- 164 IDAR PE INGEBRIGTSEN, RAINER DRATH 10 AML DOMAIN MODEL FOR SYSTEM CONTROL DIAGRAMS ------ 165 10.1 INTRODUCTION ----- 165 10.1.1 THE SCD ORIGIN ----- 165 10.1.2 WHAT IS A SYSTEM CONTROL DIAGRAM (SCD)? ----- 166 10.1.3 BRIEF OVERVIEW OF THE SYSTEM CONTROL DIAGRAM (SCD) ----- 167 10.1.4 ADETAILED EXAMPLE - LEVEL CONTROL ----- 168 10.1.5 MULTIDISCIPLINE SCD DEVELOPMENT ----- 169 10.1.6 INPUT TO THE ICSS CONFIGURATION ----- 170 10.2 THE SCOPE OF THE AUTOMATIONML TRANSFER ----- 170 10.2.1 THE PROCESS PART OF SYSTEM CONTROL DIAGRAMS (SCDS) ----- 170 10.2.2 THE CONTROL PART OF SYSTEM CONTROL DIAGRAMS (SCDS) ----- 171 10.3 THE SYSTEM CONTROL DIAGRAM DATA MODEL ----- 175 10.3.1 THE DATA MODEL ----- 175 10.3.2 MODELLING STRATEGY ----- 177 10.4 AML CLASSES ----- 177 10.5 INDUSTRIAL CASE STUDIES, PILOTS AND INITIATIVES ----- 189 10.6 DISCUSSION AND CONCLUSION ----- 191 10.6.1 DOCUMENT VERSUS DATA-ORIENTED DESIGN ----- 191 10.6.2 HMI DISPLAY ----- 192 10.6.3 FUTURE EXPANSION OF THE SCD AML DEFINITION ----- 192 10.6.4 CAUSE AND EFFECT DOCUMENTS ----- 192 10.6.5 USAGE OF VENDOR FUNCTION BLOCKS ----- 192 10.6.6 STRATEGY FOR HANDLING UNKNOWN DATA ----- 193 10.7 SUMMARY AND OUTLOOK ----- 194 10.8 ABOUT THE AUTHORS ----- 195 MICHAEL JOHN 11 DATA EXCHANGE BETWEEN ECAD AND PLC TOOLS - AR APC ------ 197 11.1 INTRODUCTION AND MOTIVATION ----- 197 11.2 TYPICAL ENGINEERING WORKFLOW ----- 198 11.3 APC MODELLING CONCEPT ----- 203 TABLE OF CONTENTS XV 11.3.1 NEUTRAL DATA MODEL ----- 203 11.3.2 BASIC REQUIREMENTS FOR THE IMPLEMENTATION OF THE NEUTRAL MODEL ----- 204 11.3.3 CONTENTS OF DATA EXCHANGE ----- 205 11.4 APC DATA EXCHANGE INFORMATION MODEL ----- 206 11.5 AMLCLASSES ----- 209 11.5.1 ROLE CLASS LIBRARY AUTOMATIONPROJECTCONFIGURATIONROLECLASSLIB ----- 209 11.5.2 LIBRARY AUTOMATIONPROJECTCONFIGURATIONLNTERFACECLASSLIB ----- 210 11.6 APC MODELLING GUIDELINE ----- 210 11.6.1 HOW TO MODEL AN AUTOMATION PROJECT ----- 211 11.6.2 HOW TO MODEL A DEVICEUSERFOLDER ----- 211 11.6.3 HOW TO MODEL A SUBNET ---- 211 11.6.4 HOW TO MODEL A DEVICE ---- 211 11.6.5 HOW TO MODEL A DEVICEITEM ----- 212 11.6.6 HOW TO MODEL A TAGTABLE----- 214 11.6.7 HOWTO MODEL A TAGUSERFOLDER ----- 214 11.6.8 HOW TO MODEL A TAG ----- 214 11.6.9 HOW TO MODEL A CHANNEL ----- 215 11.6.10 HOW TO MODEL A COMMUNICATIONINTERFACE ----- 215 11.6.11 HOW TO MODEL A NODE ----- 215 11.6.12 HOW TO MODEL A COMMUNICATIONPORT ----- 216 11.6.13 HOW TO MODEL AN LOSYSTEM ----- 216 11.6.14HOW TO MODEL A POWERPORT ----- 216 11.6.15 HOW TO MODEL A SENSORPORT ----- 217 11.6.16 HOW TO MODEL A MODULEASSIGNMENT ----- 217 11.6.17HOW TO MODEL BUS SPECIFICAL SECTIONS ----- 217 11.6.18 HOW TO MODEL A COMMUNICATIONPORTLNTERFACE ----- 218 11.6.19 HOW TO MODEL A POWERPORTLNTERFACE ----- 218 11.6.20 HOW TO MODEL A SENSORPORTLNTERFACE ----- 218 11.7 EXAMPLE APPLICATION ----- 218 11.7.1 EXPORT FROM ECAD TO AUTOMATIONML ----- 219 11.7.2 IMPORT FROM AUTOMATIONML INTO PLC ----- 219 11.8 DISCUSSION AND CONCLUSION ----- 220 11.9 ABOUT THE AUTHOR ----- 221 MATTHIAS MUELLER 12 MODELLING OF DRIVE CONFIGURATIONS - AR DRIVES MCAD ---- 223 12.1 INTRODUCTION AND MOTIVATION ----- 223 12.1.1 USECASES ----- 223 12.1.2 RELATION OF ELECTRICAL AND MECHANICAL ASPECTS ----- 225 12.2 AUTOMATIONML MODEL FOR ELECTRICAL ASPECTS (ECAD) ----- 226 12.2.1 DATA MODEL ----- 226 12.2.2 AUTOMATIONML LIBRARIES ----- 227 12.2.3 MODELLING EXAMPLE ----- 228 12.3 AUTOMATIONML MODEL FOR MECHANICAL ASPECTS (MCAD) ----- 229 12.3.1 DATA MODEL ----- 229 12.3.2 AUTOMATIONML LIBRARIES ----- 232 12.3.3 MODELLING EXAMPLE ---- 234 12.4 DISCUSSION AND CONCLUSION ----- 235 12.5 ABOUT THE AUTHOR ----- 236 XVI TABLE OF CONTENTS ENDER YEMENICIOGLU 13 AML DOMAIN MODEL FOR MATERIAL HANDLING ----- 237 13.1 INTRODUCTION AND MOTIVATION ----- 237 13.2 MATERIAL HANDLING TOOLCHAIN ----- 238 13.3 AUTOMATIONML DOMAIN MODEL FOR MATERIAL HANDLING ----- 240 13.3.1 MODULE LEVEL (LEVEL 1) ----- 240 13.3.2 PORT LEVEL (LEVEL 2) ----- 243 13.4 MATERIAL HANDLING LIBRARIES IN AUTOMATIONML ----- 245 13.4.1 MATERIAL HANDLING INTERFACE CLASS LIBRARY ----- 245 13.4.2 ROLE CLASS LIBRARY FOR MATERIAL HANDLING RESOURCES----- 245 13.4.3 ROLE CLASS LIBRARY FOR MATERIAL HANDLING PROCESSES ----- 247 13.4.4 ROLE CLASS LIBRARY FOR MATERIAL HANDLING PRODUCTS ----- 248 13.5 APPLICATION EXAMPLES ----- 248 13.5.1 MODULE LEVEL EXAMPLE ----- 248 13.5.2 PORT LEVEL EXAMPLE ----- 251 13.6 CONCLUSION ----- 253 13.7 ABOUT THE AUTHOR ----- 253 LORENZ HUNDT, MATHIAS WIEGAND, TORBEN MEYER 14 THE AUTOMATIONML COMPONENT ----- 255 14.1 INTRODUCTION AND USE CASES ----- 255 14.1.1 AUTOMATION COMPONENT ----- 255 14.1.2 STAKEHOLDER ----- 256 14.1.3 USE CASES FOR AUTOMATIONML COMPONENTS ----- 257 14.2 AUTOMATIONML COMPONENT DATA MODEL ----- 265 14.2.1 STRUCTURING AUTOMATIONML COMPONENTS IN CAEX ----- 265 14.2.2 MAPPING OF ASPECTS TO AUTOMATIONML ELEMENTS ----- 267 14.2.3 MAPPING OF GENERAL ASPECTS OF AUTOMATIONML COMPONENTS ----- 269 14.2.4 ROLE AND INTERFACE CLASS LIBRARIES ----- 269 14.2.5 USAGE OF ROLE CLASSES FOR MODEL INTEGRATION ----- 272 14.2.6 CONNECTING AUTOMATIONML COMPONENTS AND COMPOSITE COMPONENTS ----- 273 14.3 AMLX CONTAINER FOR AUTOMATIONML COMPONENTS ----- 276 14.4 APPLICATION EXAMPLE PNEUMATIC CYLINDER ADN-25-5O-A-P-A AS AML COMPONENT ----- 277 14.4.1 STEP 0: PRECONDITIONS ----- 278 14.4.2 STEP 1: MODELLING OF AN AML COMPONENT AS SYSTEMUNITCLASS ----- 279 14.4.3 STEP 2: HOW TO MODEL THE ATTRIBUTES ----- 279 14.4.4 STEP 3: HOW TO INTEGRATE GRAPHIC REPRESENTATION ----- 280 14.4.5 STEP 4: HOW TO INTEGRATE DOCUMENTATIONS ----- 282 14.4.6 STEP 5: HOW TO INTEGRATE BEHAVIOUR ----- 283 14.4.7 STEP 6: HOW TO INTEGRATE KINEMATICS AND GEOMETRY ----- 285 14.4.8 STEP 7: HOW TO MODEL CONNECTORS ----- 287 14.4.9 STEP 8: HOW TO CONNECT DIFFERENT MODEL ASPECTS ----- 289 14.4.10STEP 9: HOW TO STORE THE AML COMPONENT AS CONTAINER PACKAGE ----- 290 14.4.11 SUMMARY OF THE EXAMPLE -- 290 14.5 USABILITY OF AML COMPONENTS FOR SIMULATION IN MULTIDISCIPLINARY TOOLS CHAINS ----- 292 14.6 CONCLUSION AND OUTLOOK ----- 293 14.7 ABOUT THE AUTHORS ----- 294 TABLE OF CONTENTS - XVII RAINER DRATH, MARKUS RENTSCHLER, JORG HINZE 15 AML DOMAIN MODEL FOR ELECTRIC INTERFACES ----- 295 15.1 INTRODUCTION ----- 295 15.1.1 MOTIVATION ----- 295 15.1.2 USE CASES AND VALUE CREATION POTENTIAL ----- 296 15.1.3 REQUIREMENTS ----- 297 15.2 TERMS AND MODELLING PRINCIPLES ----- 298 15.2.1 RELATION TO OTHER LIBRARIES ----- 299 15.2.2 OVERVIEW OF PROVIDED LIBRARIES ----- 300 15.3 AML ATTRIBUTE TYPE LIBRARIES ----- 301 15.3.1 MODELLING OF ATTRIBUTE SEMANTICS ----- 301 15.3.2 GENERICINDUSTRIALATTRIBUTETYPELIB ----- 301 15.3.3 GENERICPINATTRIBUTETYPELIB ----- 302 15.3.4 IEC61076-2 ATTRIBUTETYPELIB ----- 302 15.3.5 CABLEATTRIBUTETYPELIB ----- 303 15.4 ROLE CLASS LIBRARY FOR LOGIC CONNECTOR FUNCTIONS ----- 303 15.5 INTERFACE CLASS LIBRARY FOR IEC61076-2 (M12, M8 AND M5) ----- 304 15.5.1 OVERVIEW ----- 304 15.5.2 ATTRIBUTES OF THE M12, M8 AND M5 BASE CLASSES ----- 305 15.5.3 ATTRIBUTES OF THE PINTYPE BASE CLASS ----- 306 15.6 ROLE CLASS LIBRARY FOR MODELLING CABLES ----- 306 15.7 INTERFACE CLASS LIBRARY FOR IEC61076-2-101 ----- 307 15.7.1 LIBRARY ARCHITECTURE AND MODELLING CONCEPT ----- 307 15.7.2 CONNECTOR VARIANTS FOR ML 2 AND M8 CONNECTORS ----- 309 15.8 ANSIB93.55M LIBRARY FOR 7/8 CONNECTORS ----- 310 15.9 IEC60603-7 LIBRARY FOR RJ45 CONNECTORS ----- 310 15.10 IEC60807-2 LIBRARY FOR SUB-D 9 CONNECTORS ----- 311 15.11 LIBRARY FOR USB CONNECTORS ----- 312 15.12 LIBRARY FOR TERMINAL CONNECTORS ----- 312 15.13 GENERAL MODELLING RULES ----- 313 15.14 APPLICATION EXAMPLES ----- 315 15.14.1 M12 TO M12 CABLE ----- 315 15.14.2AUTOMATION COMPONENT WITH MULTIPLE ELECTRIC CONNECTORS ----- 316 15.14.3 AUTOMATION TOPOLOGY ----- 318 15.15 AVAILABILITY ----- 319 15.16 CONCLUSION AND OUTLOOK ----- 320 15.17 ABOUT THE AUTHORS ----- 321 MARKUS RENTSCHLER 16 AUTOMATIONML COMPONENT CHECKER ----- 323 16.1 INTRODUCTION AND MOTIVATION ----- 323 16.2 TARGET GROUPS AND USE CASES ----- 324 16.3 FUNCTIONALITY ----- 324 16.4 OPERATING ENVIRONMENTS ----- 325 16.5 AUTOMATIONML COMPONENT CHECKER USER GUIDE ----- 326 16.5.1 WEB BASED SERVICE INTERFACE ----- 326 16.5.2 LOGIN ----- 326 16.5.3 FILE SELECTION ----- 328 16.5.4 CHECK ----- 329 16.5.5 TEST REPORT ----- 330 XVIII - TABLE OF CONTENTS 16.6 SUMMARY ----- 333 16.7 ABOUT THE AUTHOR ----- 334 MATTHIAS RIEDL, HOLGER ZIPPER 17 AML DOMAIN MODEL FOR COMMUNICATION SYSTEMS ----- 335 17.1 INTRODUCTION AND USE CASES ----- 335 17.2 OBJECT MODEL OF COMMUNICATION SYSTEMS ----- 336 17.2.1 GENERAL STRUCTURE OF A COMMUNICATION SYSTEM ----- 336 17.2.2 MODEL OFA PHYSICAL TOPOLOGY ----- 337 17.2.3 MODEL OFA LOGICAL TOPOLOGY ----- 338 17.2.4 MODEL OFA PHYSICAL DEVICE ----- 338 17.3 EXAMPLES OF COMMUNICATION SYSTEMS ----- 339 17.4 AUTOMATIONML CLASSES ----- 342 17.4.1 THE TECHNOLOGY INDEPENDENT COMMUNICATIONROLECLASSLIB ----- 342 17.4.2 THE TECHNOLOGY INDEPENDENT COMMUNICATIONLNTERFACECLASSLIB ----- 342 17.5 MODELLING GUIDELINE FOR TECHNOLOGY SPECIFIC LIBRARIES ----- 343 17.5.1 APPLICATION EXAMPLE FOR A PHYSICAL NETWORK ----- 343 17.5.2 HOW TO MODEL PROFINET SPECIFIC COMMUNICATION ROLES ----- 344 17.5.3 HOW TO MODEL PROFNET SPECIFIC COMMUNICATION INTERFACES ----- 344 17.5.4 HOW TO MODEL A PROFINET COMMUNICATION DEVICE TYPE ----- 345 17.5.5 HOW TO INTEGRATE MULTIPLE COMMUNICATION DEVICES TO A PHYSICAL COMMUNICATION SYSTEM ----- 346 17.5.6 HOW TO MODEL THE LOGICAL COMMUNICATION SYSTEM ----- 348 17.6 DISCUSSION AND CONCLUSION ----- 348 17.7 ABOUT THE AUTHORS ----- 349 MIRIAM SCHLEIPEN 18 MODELLING OPC UA WITH AUTOMATIONML ----- 351 18.1 WHY TO COMBINE AUTOMATIONML AND OPC UA ----- 351 18.2 WHO IS INVOLVED? ----- 352 18.3 HOW TO MODEL AN OPC UA SERVER CONFIGURATION IN AML ----- 352 18.3.1 EXAMPLE ----- 352 18.3.2 MODELLING THE OPC UA SERVER ----- 353 18.3.3 STEP 2: MODEL NECESSARY ADDRESS SPACE CONTENT OF THE OPC UA SERVER ----- 358 18.3.4 STEP 3: USAGE OF THE OPC UA SERVER CONFIGURATION INFORMATION IN AN OPC UA CLIENT ----- 358 18.3.5 DISCUSSION: WEAKNESS OF THE BPR DATAVARIABLE ----- 359 18.4 HOW TO USE EXISTING AML MODELS IN AN OPC UA SERVER (AKA APPLICATION OF THE COMPANION SPECIFICATION AUTOMATIONML FOR OPC UA)----- 359 18.5 DISCUSSION AND CONCLUSION ----- 362 18.6 ABOUT THE AUTHOR ----- 363 ARNDT LUDER, ANDREAS GRAF GATTERBURG, MATTHIAS MIL ILER, MIRIAM SCHLEIPEN, MATHIAS WIEGAND, STEFAN BIFFL, RAINER DRATH 19 SERIALIZATION OF THE ASSET ADMINISTRATION SHELL BY AUTOMATIONML ----- 365 19.1 INTRODUCTION AND USE CASES ----- 365 19.1.1 RATIONALES ----- 365 19.1.2 STAKEHOLDER AND THEIR USE CASES ----- 367 19.1.3 REQUIREMENTS FOR THE AUTOMATIONML MODEL ----- 368 TABLE OF CONTENTS - - XIX 19.2 META MODEL OF INDUSTRY 4.0 ASSET ADMINISTRATION SHELL ----- 368 19.3 AAS MODELLING GUIDELINE WITH AUTOMATIONML ----- 370 19.3.1 AUTOMATIONML CLASSES FOR THE AAS SERIALIZATION ----- 370 19.3.2 GUIDELINE FOR STRUCTURING THE AAS WITH AUTOMATIONML ----- 371 19.3.3 GUIDELINE FOR ENGINEERING TOOLS ----- 371 19.4 EXAMPLE FOR AN AML BASED SERIALIZATION OF AN ASSET ADMINISTRATION SHELL ----- 371 19.5 INFORMATION TO BE COVERED BY ASSET ADMINISTRATION SHELLS ----- 373 19.5.1 OVERVIEW ----- 373 19.5.2 MODELLING GUIDELINE FOR SUBMODELS ----- 374 19.6 EXPORTING AUTOMATIONML BY THE AASX PACKAGE EDITOR ----- 375 19.7 WHEN TO USE AML IN THE CONTEXT OF THE AAS ----- 375 19.8 SUMMARY ----- 376 19.9 ABOUT THE AUTHORS ----- 377 MARTIN LANGOSCH, ROMAN MADER 20 AUTOMATIONML INDUSTRIALIZATION AND TOOLCHAIN ----- 379 20.1 INTRODUCTION AND MOTIVATION ----- 379 20.2 APPROACH ----- 381 20.3 DATA EXCHANGE BETWEEN TOOLS AND PLATFORMS ----- 382 20.4 DATA GOVERNANCE ----- 384 20.5 ABOUT THE AUTHORS ----- 384 NICOLE SCHMIDT, MATTHIAS RASSL 21 AUTOMATIONML GOVERNANCE AT DAIMLER AG ----- 385 21.1 INTRODUCTION ----- 385 21.2 WHAT IS AN AUTOMATIONML GOVERNANCE ----- 386 21.3 APPLICATION OF THE AUTOMATIONML GOVERNANCE AT DAIMLER AG ----- 388 21.3.1 WHAT IS ADDRESSED BY THE AUTOMATIONML GOVERNANCE?----- 388 21.3.2 WHO IS INVOLVED IN THE AUTOMATIONML GOVERNANCE?----- 390 21.3.3 HOW DOES THE AUTOMATIONML GOVERNANCE WORK? ----- 392 21.4 DISCUSSION AND CONCLUSION ---- 394 21.5 ABOUT THE AUTHORS ----- 396 MICHAEL JOHN 22 AUTOMATIONML AND ECL@SS INTEGRATION ----- 397 22.1 MOTIVATION AND SCOPE ----- 397 22.2 USE CASES AND CONSIDERED DATA EXCHANGE STRUCTURES ----- 398 22.2.1 TECHNICAL USE CASES----- 398 22.2.2 EXCHANGE USE CASES ----- 400 22.2.3 APPLICATION USE CASES----- 403 22.3 REALIZATION OF TECHNICAL USE CASES ----- 405 22.3.1 HOW TO INTEGRATE ECL@SS ATTRIBUTE SEMANTICS VIA IRDI ----- 405 22.3.2 HOW TO INTEGRATE ECI@SS OBJECT SEMANTICS VIA EDASSCLASSSPECIFICATION ROLECLASS ----- 406 22.3.3 HOW TO GENERATE AN ECL@SS ROLE CLASS LIBRARY ----- 407 22.3.4 HOW TO TRANSFORM ECL@SS ATTRIBUTES ----- 409 22.4 EXAMPLE ----- 409 22.5 DISCUSSION AND CONCLUSION ----- 410 22.6 ABOUT THE AUTHOR ----- 410 XX TABLE OF CONTENTS PRERNA JUHLIN, RAINER DRATH 23 SEMANTIC AND PRAGMATIC INTEROPERABILITY MAPPINGS ----- 411 23.1 INTRODUCTION ----- 411 23.2 HOW TO EXCHANGE DATA WITHOUT SEMANTIC STANDARDIZATION ----- 412 23.3 OVERVIEW OF THE METHODOLOGY ----- 414 23.3.1 PHASE 1: INTEROPERABILITY MAPPINGS CREATION ----- 414 23.3.2 PHASE 2: AUTOMATIC DATA EXCHANGE WITH MEANING AND USAGE ALIGNMENTS ----- 418 23.4 MODELLING GUIDELINE ----- 421 23.4.1 APPLICATION EXAMPLE ----- 421 23.4.2 TECHNICAL APPROACH ----- 422 23.4.3 MODELLING OF DATA OBJECT TYPES AS SYSTEMUNITCLASS (PHASE 1, STEP 1) ----- 425 23.4.4 HOWTO MODEL SEMANTIC INTEROPERABILITY ALIGNMENTS (PHASE 1, STEP 2) ----- 425 23.4.5 FROM SEMANTIC MAPPINGS TO SEMANTIC STANDARDIZATION (PHASE 1, STEP 2 ) ----- 429 23.4.6 HOWTO MODEL PRAGMATIC INTEROPERABILITY ALIGNMENTS (PHASE 1, STEP 3) ----- 430 23.4.7 AUTOMATIC DATA EXCHANGE WITH MEANING AND USAGE ALIGNMENTS (PHASE 2) ----- 432 23.5 DISCUSSION AND CONCLUSION ---- 433 23.6 ABOUT THE AUTHORS ----- 434 MIRIAM SCHLEIPEN 24 EXTENDED ROLECLASS LIBRARIES ----- 435 24.1 INTRODUCTION: THE VALUE OF ROLECLASS LIBRARIES ----- 435 24.2 HOW TO USE AUTOMATIONML ROLECLASS LIBRARIES ----- 436 24.2.1 USER-DEFINED ROLECLASS LIBRARIES IN ONE MODEL ----- 436 24.2.2 USER-DEFINED ROLECLASS LIBRARIES IN MULTIPLE MODELS ----- 437 24.2.3 USER-DEFINED ROLECLASS LIBRARIES IN A DEFINED CONTEXT ----- 437 24.2.4 AUTOMATIONMLBASEROLECLASSLIB----- 437 24.2.5 NORMATIVE AUTOMATIONML IEC ROLECLASS LIBRARIES ----- 438 24.2.6 INFORMATIVE AUTOMATIONML IEC ROLECLASS LIBRARIES ----- 439 24.2.7 AUTOMATIONML E.V. ROLECLASS LIBRARIES ----- 440 24.3 HOW TO FIND AND IMPORT AUTOMATIONML ROLECLASS LIBRARIES ----- 441 24.4 HOW TO MODEL A PLANT HIERARCHY WITH THE RESOURCESTRUCTURE SEMANTIC ----- 443 24.4.1 EXAMPLE ----- 445 24.4.2 STEP 1: CREATE AN INSTANCEHIERARCHY WITH INTERNALELEMENTS ----- 446 24.4.3 STEP 2: APPLY THE SEMANTICS (AKA ROLECLASSES) ----- 447 24.5 THE ISA 106 HIERARCHY AS EXAMPLE HOWTO MAP A USER-DEFINED ROLECLASS LIBRARY ----- 447 24.6 DISCUSSION AND CONCLUSION ------448 24.7 ABOUT THE AUTHOR ----- 449 BERNHARD WALLY, ARNDT LUDER 25 AML-BASED ENTERPRISE CONTROL SYSTEM INTEGRATION BY IEC 62264 ------ 451 25.1 INTRODUCTION AND USE CASES----- 451 25.2 DATA MODEL ----- 453 25.2.1 PERSONNEL ----- 454 25.2.2 EQUIPMENT ----- 455 25.2.3 MATERIAL ----- 455 25.2.4 PROCESS SEGMENTS ----- 456 25.2.5 FURTHER CONCEPTS ----- 456 25.3 AML CLASSES ----- 456 25.4 MODELLING GUIDELINE ----- 458 TABLE OF CONTENTS - XXI 25.4.1 APPLICATION EXAMPLE ----- 458 25.4.2 HOW TO MODEL PERSONNEL ----- 459 25.4.3 HOW TO MODEL EQUIPMENT ----- 460 25.4.4 HOWTO MODEL MATERIAL ----- 461 25.4.5 HOWTO MODEL PROCESS SEGMENTS ----- 461 25.5 DISCUSSION AND CONCLUSION ------464 25.6 ABOUT THE AUTHORS ----- 465 REFERENCES FOR PART II ----- 467 PART III: THE FUTURE - AUTOMATIONML RESEARCH ----- 481 RAINER DRATH 26 OVERVIEW OF PART III ---- 483 BIRGIT VOGEL-HEUSER, MINJIE ZOU, MICHAEL SOLLFRANK 27 AUTOMATIONML BASED DEVELOPMENT OF MECHATRONIC SYSTEMS ---- 485 27.1 INTRODUCTION AND MOTIVATION ----- 485 27.2 PROBLEMS IN THE WORKFLOW OF AUTOMATED PRODUCTION SYSTEMS ----- 486 27.3 THE RESEARCH APPROACH: MODEL-BASED SYSTEMS ENGINEERING ----- 486 27.3.1 ABOUT MODEL-BASED SYSTEMS ENGINEERING (MBSE) ----- 486 27.3.2 COUPLING THE INDUSTRIAL TOOLCHAIN IN MECHATRONIC MBSE VIA AUTOMATIONML: THE ARCHITECTURE ----- 487 27.3.3 MAPPING BETWEEN SYSML4MECHATRONICS AND AUTOMATIONML ----- 489 27.3.4 GENERATION OF MCAD FROM AUTOMATIONML ----- 491 27.3.5 GENERATION OF ECAD FROM AUTOMATIONML ----- 493 27.3.6 GENERATION OF THE PLC CONTROL PROGRAM FROM AUTOMATIONML ----- 495 27.3.7 INCONSISTENCY IDENTIFICATION BASED ON AUTOMATIONML ----- 496 27.4 THE OVERALL MBSE WORKFLOW ENABLED BY AUTOMATIONML ----- 497 27.5 DISCUSSION AND CONCLUSION ----- 499 27.6 REFERENCES ----- 501 27.7 ABOUT THE AUTHORS ----- 502 BIRGIT VOGEL-HEUSER, FELIX OCKER, LUKAS GEHLEN 28 CONCEPT TO REFINE AND COMPUTATIONALLY EVALUATE PPR INFORMATION IN AML ---- 503 28.1 INTRODUCTION AND USE CASE----- 503 28.1.1 APPLICATION EXAMPLE----- 504 28.1.2 MODELLING PRODUCTS, PROCESSES, AND RESOURCES OF THEXPPU ----- 505 28.1.3 RESEARCH QUESTIONS AND REQUIREMENTS ----- 507 28.2 APPROACH ----- 507 28.2.1 REFINED INTERFACE DEFINITIONS ----- 507 28.2.2 REPRESENTATION OF CHANGES TO THE PLANT IN AML ----- 512 28.2.3 EXTRACTING INFORMATION FROM AML ----- 513 28.3 DISCUSSION AND CONCLUSION ----- 517 28.4 REFERENCES ----- 517 28.5 ABOUT THE AUTHORS ----- 519 XXII TABLE OF CONTENTS DOMINIK BRAUN, BEHRANG ASHTARI, MICHAEL WEYRICH 29 INTEGRATION OF DATA AND SOFTWARE INTO THE DIGITAL TWIN VIA AML ------ 521 29.1 INTRODUCTION ----- 521 29.2 CHARACTERISTICS OF THE DIGITAL TWIN ----- 522 29.3 TOOLS AND MODELS INTEGRATION APPROACHES FOR DIGITAL TWINS ----- 524 29.4 AN EXAMPLE FOR THE CREATION OF A DIGITAL TWIN USING PLM SYSTEMS ----- 525 29.5 RECONFIGURATION OF AUTOMATED SYSTEMS WITH A DIGITAL TWIN ----- 529 29.6 CHALLENGES OF STRUCTURED MODELS WITHIN PLM SYSTEMS ----- 530 29.7 AUTOMATIONML INCREASING THE FLEXIBILITY OF DIGITAL TWINS ----- 531 29.8 TOWARDS FUTURE RESEARCH ABOUT THE COMBINATION OF PLM AND AML FOR DIGITAL TWIN ---- 534 29.9 CONCLUSION AND OUTLOOK ----- 535 29.10 REFERENCES ----- 536 29.11 ABOUT THE AUTHORS ----- 538 ANDREAS WIIRGER 30 OPTIMIZING THE ENGINEERING OF TECHNICAL ENERGY MANAGEMENT SYSTEMS ----- 539 30.1 INTRODUCTION ----- 539 30.2 AN ENGINEERING CONCEPT FOR TECHNICAL ENERGY MANAGEMENT SYSTEMS ----- 540 30.3 RELEVANT SCIENTIFIC PAPERS AND PUBLICATIONS ----- 542 30.3.1 HARDWARE CONFIGURATION MODELLING ----- 542 30.3.2 MODELLING PLANTS FROM AN ENERGY POINT OF VIEW ----- 543 30.3.3 A COMBINATION OF AUTOMATIONML AND OPC UA----- 543 30.4 MODELLING OF PROFINET COMMUNICATION SYSTEMS ----- 544 30.5 CONCEPT FOR ENERGY INFORMATION MODELS ----- 545 30.6 CONCEPT FOR AN ENERGETIC PRODUCTION SITE MODEL ----- 547 30.6.1 DEFINITION AND MODELLING OF PHYSICAL BALANCING GROUPS ----- 548 30.6.2 DEFINITION AND MODELLING OF USER-DEFINED BALANCING GROUPS ----- 549 30.6.3 ENERGETIC PRODUCTION SITE MODEL IN AML ----- 550 30.7 EVALUATION AND OUTLOOK ----- 551 30.8 REFERENCES----- 551 30.9 ABOUT THE AUTHOR ----- 553 MILAN VATHOOPAN, KIRILL DOROFEEV, ALOIS ZOITL 31 SKILL-BASED ENGINEERING OF AUTOMATION SYSTEMS: USE CASE AND EVALUATION ------ 555 31.1 INTRODUCTION ----- 555 31.2 BACKGROUND ----- 556 31.2.1 BENEFIT OF SKILL-BASED ENGINEERING ON CURRENT AUTOMATION SYSTEMS ----- 556 31.2.2 STATE OF THE ART IN SKILL-BASED AUTOMATION ENGINEERING AND OPERATION ----- 557 31.3 MODEL OFA SKILL ----- 558 31.4 REALIZING A SKILL-BASED AUTOMATION SYSTEM ----- 561 31.5 AUTOMATION SYSTEM PLANNINGWITH SYSTEMPLANNER ----- 563 31.5.1 BASIC METHODOLOGY OF PLANNING USED IN SYSTEMPLANNER ----- 563 31.5.2 PROTOTYPICAL IMPLEMENTATION ----- 565 31.6 GENERATING EXECUTABLE SKILL-BASED CONTROL LOGIC ----- 567 31.7 EVALUATION ----- 569 31.7.1 SKILL-BASED PLANNING OF THE PICK-AND-PLACE STATION ------570 31.7.2 GENERATING THE CODE ----- 572 TABLE OF CONTENTS - XXIII 31.8 OUTLOOK AND CONCLUSION ----- 573 31.9 REFERENCES----- 574 31.10 ABOUT THE AUTHORS ----- 577 ARNDT LUDER, STEFAN BIFFL, FELIX RINKER, ANNA-KRISTIN BEHNERT 32 ENGINEERING DATA LOGISTICS BASED ON AML ----- 579 32.1 INTRODUCTION ----- 579 32.2 STAKEHOLDER AND THEIR USE CASES----- 581 32.3 RUNNING EXAMPLE ----- 582 32.4 BASIC DATA LOGISTICS ARCHITECTURE ----- 583 32.5 PREREQUISITES FOR APPLICATION - COMMON CONCEPT IDENTIFICATION AND MODELLING ----- 586 32.5.1 COMMON CONCEPTS IDENTIFICATION ----- 586 32.5.2 AUTOMATIONML REPRESENTATION OF CONCEPTS ----- 588 32.6 FLEXIBLE TOOL ADAPTERS ----- 592 32.6.1 CSV ADAPTER ----- 592 32.6.2 XML ADAPTER ------ 593 32.7 CENTRAL DATA LOGISTICS ------ 594 32.8 APPLICATION EXAMPLE ----- 595 32.9 SOFTWARE SYSTEM REQUIREMENTS ----- 598 32.10 SUMMARY ----- 599 32.11 REFERENCES----- 600 32.12 ABOUT THE AUTHORS ----- 601 JANNI SINNEMANN, MATTHIAS BARTELT, ANTON STRAHILOV, DIMITRI PENNER, BERND KUHLENKOTTER 33 ENERGY OPTIMIZATION DURING VIRTUAL COMMISSIONING ---- 603 33.1 VIRTUAL COMMISSIONING WORKFLOW ----- 603 33.1.1 INTRODUCTION ----- 603 33.1.2 PROBLEMS AND OBJECTIVES ----- 606 33.1.3 FIELDS OF ACTION AND USE OF AUTOMATIONML ----- 606 33.2 MODELLING RECOMMENDATIONS ----- 608 33.2.1 HOW TO MODEL DIGITAL TWINS ----- 608 33.2.2 HOW TO MANAGE THE VERSIONING OF ENGINEERING STATES ----- 612 33.2.3 HOW TO MODEL PRODUCTION PROCESSES ---- 615 33.2.4 HOW TO MODEL ENERGY PROFILES ----- 621 33.2.5 HOW TO CONNECT DIFFERENT PLANNING DATA ---- 623 33.3 DISCUSSION AND CONCLUSION ----- 627 33.4 REFERENCES----- 628 33.5 ABOUT THE AUTHORS ----- 629 ABBREVIATIONS ------ 631 T RADEMARKS ------ 635 INDEX ----- 637
adam_txt	TABLE OF CONTENTS RAINER DRATH 1 ABOUT THIS BOOK ------ 1 1.1 INTRODUCTION ----- 1 1.2 READING GUIDANCE ----- 1 1.3 ABOUT AUTOMATIONML ----- 2 1.4 RELATED AUTOMATIONML SPECIFICATIONS ----- 3 1.4.1 OVERVIEW ----- 3 1.4.2 AUTOMATIONML IEC 62714 SERIES ------ 3 1.4.3 WHITEPAPERS ----- 5 1.4.4 APPLICATION RECOMMENDATIONS ----- 5 1.4.5 BEST PRACTICE RECOMMENDATIONS ------ 5 1.4.6 AVAILABILITY ----- 6 PART I: AUTOMATIONML DEVELOPMENT SUPPORT ----- 7 RAINER DRATH 2 OVERVIEW OF PART I ----- 9 RONALD ROSENDAHL, ENDER YEMENICIOGLU 3 SOFTWARE DEVELOPMENT WITH AUTOMATIONML ------ 11 3.1 INTRODUCTION ----- 11 3.2 LAYERED ARCHITECTURE ----- 11 3.2.1 LAYER 0 ------ 12 3.2.2 LAYER 1 ------ 13 3.2.3 LAYER 2 ------ 14 3.2.4 LAYER 3 ------ 15 3.3 IMPLEMENTATION METHODS ----- 16 3.3.1 SIMPLE API FOR XML (SAX) ----- 16 3.3.2 DOCUMENT OBJECT MODEL (DOM) ----- 16 3.3.3 SERIALIZATION TO XML ----- 17 3.3.4 IMPLEMENTATION ----- 17 3.3.5 USECASES ----- 18 3.4 JAVA ENGINE ----- 19 3.4.1 JAVA ARCHITECTURE FOR XML BINDING (JAXB) ----- 19 3.4.2 ECLIPSELINK - JAXB MODEL COMPILER ----- 20 3.4.3 ECLIPSELINK - PERSISTENCE API ----- 22 3.4.4 AUTOMATIONML OBJECT MODELLING ----- 24 3.5 AUTOMATIONML ENGINE ----- 28 3.5.1 AML.ENGINE (C#), BASIC ARCHITECTURE AND DESIGN ----- 28 3.5.2 AML.ENGINE TUTORIAL ----- 30 3.6 AUTOMATIONML EDITOR PLUGIN ----- 35 3.6.1 GETTING STARTED ----- 35 3.6.2 PLUGIN IMPLEMENTATION ----- 36 3.7 COMPARISON AND CONCLUSION ---- 38 3.8 ABOUT THE AUTHORS ----- 40 XII - TABLE OF CONTENTS JOSEF PRINZ, ENDER YEMENICIOGLU, RAINER DRATH 4 AUTOMATIONML EXPORT AND IMPORT DATA INTERFACES ------ 41 4.1 INTRODUCTION ----- 41 4.2 GENERAL IMPORT/EXPORT CONCEPT ----- 41 4.2.1 OVERVIEW ----- 41 4.2.2 GENERAL ARCHITECTURE ----- 42 4.2.3 SEMANTICS DURING EXPORT AND IMPORT ----- 44 4.2.4 GENERAL IMPORT CONCEPT ----- 45 4.3 IMPLEMENTATION CONCEPTS FOR THE TRANSFORMATION LAYER OF AN EXPORT INTERFACE ----- 46 4.4 IMPLEMENTATION CONCEPTS FOR THE TRANSFORMATION LAYER OF AN IMPORT INTERFACE ----- 50 4.5 DEFINITION OF SYSTEMLLNITCLASSES FOR EXTERNALIZATION CONCEPTS ----- 53 4.6 IDENTIFICATION CONCEPTS ----- 55 4.6.1 LABELLING FOR EXPORTERS ----- 55 4.6.2 OBJECT IDENTIFICATION ----- 56 4.7 INTERFACE IMPLEMENTATION EXAMPLES ----- 58 4.7.1 GENERAL PROCEDURES ----- 58 4.7.2 AUTOMATIONML EXPORT WITH INTERNALIZED GENERATION ------ 62 4.7.3 AUTOMATIONML EXPORT WITH EXTERNALIZED GENERATION ------ 66 4.7.4 AUTOMATIONML IMPORT WITH INTERNALIZED GENERATION ------ 70 4.8 CONCLUSION ----- 72 4.9 ABOUT THE AUTHORS ----- 73 JAN-WILHELM BLUME, LJILJANA STOJANOVIC 5 THE AMLTESTCENTER ------ 75 5.1 INTRODUCTION AND MOTIVATION FOR THE AMLTESTCENTER----- 75 5.2 VERIFICATION OF GENERAL AML CONFORMITY WITH THE AMLTESTCENTER----- 77 5.2.1 GENERAL CONCEPT ----- 77 5.2.2 ABOUT CONSISTENCY RULES ------- 78 5.2.3 USER INTERFACE AND APPLICATION ----- 79 5.2.4 FIELDS OF IMPROVEMENT ----- 80 5.3 AMLTESTCENTER FOR DOMAIN SPECIFIC RULES ----- 80 5.3.1 REQUIREMENTS/NEEDS FOR A DECLARATIVE APPROACH ----- 80 5.3.2 NEW CONCEPT -EXTENSION WITH THE " ENGINE " FOR RULE EXECUTION ----- 82 5.3.3 AAS RULES EXAMPLE ----- 83 5.3.4 IMPLEMENTATION DETAILS ----- 84 5.4 CONCLUSION AND NEXT STEPS ----- 85 5.5 ABOUT THE AUTHORS ----- 86 REFERENCES FOR PART I ------ 87 PART II: THE INDUSTRIAL COOKBOOK ----- 91 RAINER DRATH 6 OVERVIEW OF PART II ----- 93 RAINER DRATH, THOMAS TAUCHNITZ 7 AML DOMAIN MODEL FOR VDI 3697-1: DATA EXCHANGE BETWEEN CAE AND PCS ----- 95 TABLE OF CONTENTS - XIII 7.1 INTRODUCTION AND MOTIVATION ----- 95 7.2 ABOUT PROCESS CONTROL EQUIPMENT (PCE) ----- 97 7.3 GMA-TECHNICAL COMMITTEE 6.16 ----- 98 7.4 ARCHITECTURE OVERVIEW OF A PCE REQUEST ----- 99 7.5 THE AML CLASS MODEL ----- 101 7.5.1 OVERVIEW ----- 101 7.5.2 CLASS MODEL OF THE NE150SUCLIBRARY ----- 102 7.5.3 DATA MODEL OF THE NE150LNTERFACELIBRARY ----- 104 7.5.4 DATA MODEL OFTHE NE150PLANTHIERARCHYROLECLASSLIB ----- 105 7.6 NAMUR CONTAINER MODELLING GUIDELINE ----- 106 7.6.1 PREPARATION ----- 106 7.6.2 STEPS HOWTO MODEL A PCE REQUEST WITH AML ----- 107 1.7 TYPICAL MODELLING GUIDELINE ----- 109 7.7.1 ABOUT TYPICALS ----- 109 7.7.2 HOW TO MODEL TYPICALS ----- 109 7.8 EXPERIENCES IN THE PRACTICAL IMPLEMENTATION ----- 111 7.9 DISCUSSION AND CONCLUSION ----- 111 7.10 ACKNOWLEDGEMENTS ----- 112 7.11 ABOUT THE AUTHORS ----- 112 ANDREAS SCHULLER 8 AML DOMAIN MODEL FOR VDI 3697-2: DATA EXCHANGE BETWEEN CAE SYSTEMS ------ 113 8.1 INTRODUCTION AND MOTIVATION ------ 113 8.2 DATA MODEL ----- 114 8.3 AUTOMATIONML LIBRARY NE159SUCLIBRARY ----- 116 8.4 AML MODELLING GUIDELINE ------ 118 8.4.1 APPLICATION EXAMPLE ACCORDINGTO NE 159 ----- 118 8.4.2 STEP 1: PREPARATION ----- 119 8.4.3 STEP 2: MODELLING THE PLANT HIERARCHY ----- 120 8.4.4 STEP 3: MODELLINGTHE PCE REQUEST ----- 122 8.5 DISCUSSION AND CONCLUSION ----- 122 8.6 ACKNOWLEDGEMENTS ----- 123 8.7 ABOUT THE AUTHOR ----- 123 MARIO HOERNICKE, KATHARINA STARK, LEON URBAS 9 MTP - AUTOMATION ENGINEERING OF MODULAR PROCESS PLANTS ----- 125 9.1 INTRODUCTION ----- 125 9.1.1 OVERVIEW ----- 125 9.1.2 ABOUT MODULES, FUNCTIONALITY AND MOTIVATION ----- 126 9.1.3 STATE-OF-THE-ART ----- 127 9.1.4 AUTOMATION ENGINEERING AND ARCHITECTURE OF MODULAR PLANTS ----- 128 9.1.5 STATE-BASED CONTROL AND SERVICE-ORIENTED ARCHITECTURE ----- 130 9.1.6 STANDARDIZATION ----- 130 9.1.7 SCOPE ----- 131 9.2 MTP AND AUTOMATIONML ----- 131 9.3 DATA MODEL - THE MODULE TYPE PACKAGE (MTP) ----- 132 9.4 AUTOMATIONML CLASSES ----- 135 9.4.1 BASIC LIBRARIES ----- 137 9.4.2 DATA OBJECT LIBRARIES ----- 139 XIV - TABLE OF CONTENTS 9.4.3 HMI LIBRARIES ----- 141 9.4.4 SERVICE LIBRARIES ----- 142 9.4.5 ALARM LIBRARIES ----- 144 9.5 MODELLING GUIDE BASED ON AN APPLICATION EXAMPLE ----- 145 9.5.1 HOW TO MODEL THE MANIFEST ----- 145 9.5.2 HOW TO MODEL THE TAGS ----- 146 9.5.3 HOWTO MODEL THE COMMUNICATION INTERFACES ----- 148 9.5.4 CONCEPT OF LINKEDOBJECTS ----- 150 9.5.5 HOWTO MODEL THE HMI ----- 150 9.5.6 HOWTO MODEL MODULE SERVICES ----- 154 9.5.7 HOW TO MODEL ALARMS AND EVENTS ----- 157 9.6 INDUSTRIAL CASE STUDIES, PILOTS AND INITIATIVES ----- 159 9.6.1 ACHEMA DEMONSTRATOR ----- 159 9.6.2 PILOT FOR A BIOPHARMACEUTICAL PROJECT ----- 160 9.7 DISCUSSION AND CONCLUSION ----- 162 9.8 OUTLOOK ----- 162 9.9 ABOUT THE AUTHORS ----- 164 IDAR PE INGEBRIGTSEN, RAINER DRATH 10 AML DOMAIN MODEL FOR SYSTEM CONTROL DIAGRAMS ------ 165 10.1 INTRODUCTION ----- 165 10.1.1 THE SCD ORIGIN ----- 165 10.1.2 WHAT IS A SYSTEM CONTROL DIAGRAM (SCD)? ----- 166 10.1.3 BRIEF OVERVIEW OF THE SYSTEM CONTROL DIAGRAM (SCD) ----- 167 10.1.4 ADETAILED EXAMPLE - LEVEL CONTROL ----- 168 10.1.5 MULTIDISCIPLINE SCD DEVELOPMENT ----- 169 10.1.6 INPUT TO THE ICSS CONFIGURATION ----- 170 10.2 THE SCOPE OF THE AUTOMATIONML TRANSFER ----- 170 10.2.1 THE PROCESS PART OF SYSTEM CONTROL DIAGRAMS (SCDS) ----- 170 10.2.2 THE CONTROL PART OF SYSTEM CONTROL DIAGRAMS (SCDS) ----- 171 10.3 THE SYSTEM CONTROL DIAGRAM DATA MODEL ----- 175 10.3.1 THE DATA MODEL ----- 175 10.3.2 MODELLING STRATEGY ----- 177 10.4 AML CLASSES ----- 177 10.5 INDUSTRIAL CASE STUDIES, PILOTS AND INITIATIVES ----- 189 10.6 DISCUSSION AND CONCLUSION ----- 191 10.6.1 DOCUMENT VERSUS DATA-ORIENTED DESIGN ----- 191 10.6.2 HMI DISPLAY ----- 192 10.6.3 FUTURE EXPANSION OF THE SCD AML DEFINITION ----- 192 10.6.4 CAUSE AND EFFECT DOCUMENTS ----- 192 10.6.5 USAGE OF VENDOR FUNCTION BLOCKS ----- 192 10.6.6 STRATEGY FOR HANDLING UNKNOWN DATA ----- 193 10.7 SUMMARY AND OUTLOOK ----- 194 10.8 ABOUT THE AUTHORS ----- 195 MICHAEL JOHN 11 DATA EXCHANGE BETWEEN ECAD AND PLC TOOLS - AR APC ------ 197 11.1 INTRODUCTION AND MOTIVATION ----- 197 11.2 TYPICAL ENGINEERING WORKFLOW ----- 198 11.3 APC MODELLING CONCEPT ----- 203 TABLE OF CONTENTS XV 11.3.1 NEUTRAL DATA MODEL ----- 203 11.3.2 BASIC REQUIREMENTS FOR THE IMPLEMENTATION OF THE NEUTRAL MODEL ----- 204 11.3.3 CONTENTS OF DATA EXCHANGE ----- 205 11.4 APC DATA EXCHANGE INFORMATION MODEL ----- 206 11.5 AMLCLASSES ----- 209 11.5.1 ROLE CLASS LIBRARY AUTOMATIONPROJECTCONFIGURATIONROLECLASSLIB ----- 209 11.5.2 LIBRARY AUTOMATIONPROJECTCONFIGURATIONLNTERFACECLASSLIB ----- 210 11.6 APC MODELLING GUIDELINE ----- 210 11.6.1 HOW TO MODEL AN AUTOMATION PROJECT ----- 211 11.6.2 HOW TO MODEL A DEVICEUSERFOLDER ----- 211 11.6.3 HOW TO MODEL A SUBNET ---- 211 11.6.4 HOW TO MODEL A DEVICE ---- 211 11.6.5 HOW TO MODEL A DEVICEITEM ----- 212 11.6.6 HOW TO MODEL A TAGTABLE----- 214 11.6.7 HOWTO MODEL A TAGUSERFOLDER ----- 214 11.6.8 HOW TO MODEL A TAG ----- 214 11.6.9 HOW TO MODEL A CHANNEL ----- 215 11.6.10 HOW TO MODEL A COMMUNICATIONINTERFACE ----- 215 11.6.11 HOW TO MODEL A NODE ----- 215 11.6.12 HOW TO MODEL A COMMUNICATIONPORT ----- 216 11.6.13 HOW TO MODEL AN LOSYSTEM ----- 216 11.6.14HOW TO MODEL A POWERPORT ----- 216 11.6.15 HOW TO MODEL A SENSORPORT ----- 217 11.6.16 HOW TO MODEL A MODULEASSIGNMENT ----- 217 11.6.17HOW TO MODEL BUS SPECIFICAL SECTIONS ----- 217 11.6.18 HOW TO MODEL A COMMUNICATIONPORTLNTERFACE ----- 218 11.6.19 HOW TO MODEL A POWERPORTLNTERFACE ----- 218 11.6.20 HOW TO MODEL A SENSORPORTLNTERFACE ----- 218 11.7 EXAMPLE APPLICATION ----- 218 11.7.1 EXPORT FROM ECAD TO AUTOMATIONML ----- 219 11.7.2 IMPORT FROM AUTOMATIONML INTO PLC ----- 219 11.8 DISCUSSION AND CONCLUSION ----- 220 11.9 ABOUT THE AUTHOR ----- 221 MATTHIAS MUELLER 12 MODELLING OF DRIVE CONFIGURATIONS - AR DRIVES MCAD ---- 223 12.1 INTRODUCTION AND MOTIVATION ----- 223 12.1.1 USECASES ----- 223 12.1.2 RELATION OF ELECTRICAL AND MECHANICAL ASPECTS ----- 225 12.2 AUTOMATIONML MODEL FOR ELECTRICAL ASPECTS (ECAD) ----- 226 12.2.1 DATA MODEL ----- 226 12.2.2 AUTOMATIONML LIBRARIES ----- 227 12.2.3 MODELLING EXAMPLE ----- 228 12.3 AUTOMATIONML MODEL FOR MECHANICAL ASPECTS (MCAD) ----- 229 12.3.1 DATA MODEL ----- 229 12.3.2 AUTOMATIONML LIBRARIES ----- 232 12.3.3 MODELLING EXAMPLE ---- 234 12.4 DISCUSSION AND CONCLUSION ----- 235 12.5 ABOUT THE AUTHOR ----- 236 XVI TABLE OF CONTENTS ENDER YEMENICIOGLU 13 AML DOMAIN MODEL FOR MATERIAL HANDLING ----- 237 13.1 INTRODUCTION AND MOTIVATION ----- 237 13.2 MATERIAL HANDLING TOOLCHAIN ----- 238 13.3 AUTOMATIONML DOMAIN MODEL FOR MATERIAL HANDLING ----- 240 13.3.1 MODULE LEVEL (LEVEL 1) ----- 240 13.3.2 PORT LEVEL (LEVEL 2) ----- 243 13.4 MATERIAL HANDLING LIBRARIES IN AUTOMATIONML ----- 245 13.4.1 MATERIAL HANDLING INTERFACE CLASS LIBRARY ----- 245 13.4.2 ROLE CLASS LIBRARY FOR MATERIAL HANDLING RESOURCES----- 245 13.4.3 ROLE CLASS LIBRARY FOR MATERIAL HANDLING PROCESSES ----- 247 13.4.4 ROLE CLASS LIBRARY FOR MATERIAL HANDLING PRODUCTS ----- 248 13.5 APPLICATION EXAMPLES ----- 248 13.5.1 MODULE LEVEL EXAMPLE ----- 248 13.5.2 PORT LEVEL EXAMPLE ----- 251 13.6 CONCLUSION ----- 253 13.7 ABOUT THE AUTHOR ----- 253 LORENZ HUNDT, MATHIAS WIEGAND, TORBEN MEYER 14 THE AUTOMATIONML COMPONENT ----- 255 14.1 INTRODUCTION AND USE CASES ----- 255 14.1.1 AUTOMATION COMPONENT ----- 255 14.1.2 STAKEHOLDER ----- 256 14.1.3 USE CASES FOR AUTOMATIONML COMPONENTS ----- 257 14.2 AUTOMATIONML COMPONENT DATA MODEL ----- 265 14.2.1 STRUCTURING AUTOMATIONML COMPONENTS IN CAEX ----- 265 14.2.2 MAPPING OF ASPECTS TO AUTOMATIONML ELEMENTS ----- 267 14.2.3 MAPPING OF GENERAL ASPECTS OF AUTOMATIONML COMPONENTS ----- 269 14.2.4 ROLE AND INTERFACE CLASS LIBRARIES ----- 269 14.2.5 USAGE OF ROLE CLASSES FOR MODEL INTEGRATION ----- 272 14.2.6 CONNECTING AUTOMATIONML COMPONENTS AND COMPOSITE COMPONENTS ----- 273 14.3 AMLX CONTAINER FOR AUTOMATIONML COMPONENTS ----- 276 14.4 APPLICATION EXAMPLE PNEUMATIC CYLINDER ADN-25-5O-A-P-A AS AML COMPONENT ----- 277 14.4.1 STEP 0: PRECONDITIONS ----- 278 14.4.2 STEP 1: MODELLING OF AN AML COMPONENT AS SYSTEMUNITCLASS ----- 279 14.4.3 STEP 2: HOW TO MODEL THE ATTRIBUTES ----- 279 14.4.4 STEP 3: HOW TO INTEGRATE GRAPHIC REPRESENTATION ----- 280 14.4.5 STEP 4: HOW TO INTEGRATE DOCUMENTATIONS ----- 282 14.4.6 STEP 5: HOW TO INTEGRATE BEHAVIOUR ----- 283 14.4.7 STEP 6: HOW TO INTEGRATE KINEMATICS AND GEOMETRY ----- 285 14.4.8 STEP 7: HOW TO MODEL CONNECTORS ----- 287 14.4.9 STEP 8: HOW TO CONNECT DIFFERENT MODEL ASPECTS ----- 289 14.4.10STEP 9: HOW TO STORE THE AML COMPONENT AS CONTAINER PACKAGE ----- 290 14.4.11 SUMMARY OF THE EXAMPLE -- 290 14.5 USABILITY OF AML COMPONENTS FOR SIMULATION IN MULTIDISCIPLINARY TOOLS CHAINS ----- 292 14.6 CONCLUSION AND OUTLOOK ----- 293 14.7 ABOUT THE AUTHORS ----- 294 TABLE OF CONTENTS - XVII RAINER DRATH, MARKUS RENTSCHLER, JORG HINZE 15 AML DOMAIN MODEL FOR ELECTRIC INTERFACES ----- 295 15.1 INTRODUCTION ----- 295 15.1.1 MOTIVATION ----- 295 15.1.2 USE CASES AND VALUE CREATION POTENTIAL ----- 296 15.1.3 REQUIREMENTS ----- 297 15.2 TERMS AND MODELLING PRINCIPLES ----- 298 15.2.1 RELATION TO OTHER LIBRARIES ----- 299 15.2.2 OVERVIEW OF PROVIDED LIBRARIES ----- 300 15.3 AML ATTRIBUTE TYPE LIBRARIES ----- 301 15.3.1 MODELLING OF ATTRIBUTE SEMANTICS ----- 301 15.3.2 GENERICINDUSTRIALATTRIBUTETYPELIB ----- 301 15.3.3 GENERICPINATTRIBUTETYPELIB ----- 302 15.3.4 IEC61076-2 ATTRIBUTETYPELIB ----- 302 15.3.5 CABLEATTRIBUTETYPELIB ----- 303 15.4 ROLE CLASS LIBRARY FOR LOGIC CONNECTOR FUNCTIONS ----- 303 15.5 INTERFACE CLASS LIBRARY FOR IEC61076-2 (M12, M8 AND M5) ----- 304 15.5.1 OVERVIEW ----- 304 15.5.2 ATTRIBUTES OF THE M12, M8 AND M5 BASE CLASSES ----- 305 15.5.3 ATTRIBUTES OF THE PINTYPE BASE CLASS ----- 306 15.6 ROLE CLASS LIBRARY FOR MODELLING CABLES ----- 306 15.7 INTERFACE CLASS LIBRARY FOR IEC61076-2-101 ----- 307 15.7.1 LIBRARY ARCHITECTURE AND MODELLING CONCEPT ----- 307 15.7.2 CONNECTOR VARIANTS FOR ML 2 AND M8 CONNECTORS ----- 309 15.8 ANSIB93.55M LIBRARY FOR 7/8 " CONNECTORS ----- 310 15.9 IEC60603-7 LIBRARY FOR RJ45 CONNECTORS ----- 310 15.10 IEC60807-2 LIBRARY FOR SUB-D 9 CONNECTORS ----- 311 15.11 LIBRARY FOR USB CONNECTORS ----- 312 15.12 LIBRARY FOR TERMINAL CONNECTORS ----- 312 15.13 GENERAL MODELLING RULES ----- 313 15.14 APPLICATION EXAMPLES ----- 315 15.14.1 M12 TO M12 CABLE ----- 315 15.14.2AUTOMATION COMPONENT WITH MULTIPLE ELECTRIC CONNECTORS ----- 316 15.14.3 AUTOMATION TOPOLOGY ----- 318 15.15 AVAILABILITY ----- 319 15.16 CONCLUSION AND OUTLOOK ----- 320 15.17 ABOUT THE AUTHORS ----- 321 MARKUS RENTSCHLER 16 AUTOMATIONML COMPONENT CHECKER ----- 323 16.1 INTRODUCTION AND MOTIVATION ----- 323 16.2 TARGET GROUPS AND USE CASES ----- 324 16.3 FUNCTIONALITY ----- 324 16.4 OPERATING ENVIRONMENTS ----- 325 16.5 AUTOMATIONML COMPONENT CHECKER USER GUIDE ----- 326 16.5.1 WEB BASED SERVICE INTERFACE ----- 326 16.5.2 LOGIN ----- 326 16.5.3 FILE SELECTION ----- 328 16.5.4 CHECK ----- 329 16.5.5 TEST REPORT ----- 330 XVIII - TABLE OF CONTENTS 16.6 SUMMARY ----- 333 16.7 ABOUT THE AUTHOR ----- 334 MATTHIAS RIEDL, HOLGER ZIPPER 17 AML DOMAIN MODEL FOR COMMUNICATION SYSTEMS ----- 335 17.1 INTRODUCTION AND USE CASES ----- 335 17.2 OBJECT MODEL OF COMMUNICATION SYSTEMS ----- 336 17.2.1 GENERAL STRUCTURE OF A COMMUNICATION SYSTEM ----- 336 17.2.2 MODEL OFA PHYSICAL TOPOLOGY ----- 337 17.2.3 MODEL OFA LOGICAL TOPOLOGY ----- 338 17.2.4 MODEL OFA PHYSICAL DEVICE ----- 338 17.3 EXAMPLES OF COMMUNICATION SYSTEMS ----- 339 17.4 AUTOMATIONML CLASSES ----- 342 17.4.1 THE TECHNOLOGY INDEPENDENT COMMUNICATIONROLECLASSLIB ----- 342 17.4.2 THE TECHNOLOGY INDEPENDENT COMMUNICATIONLNTERFACECLASSLIB ----- 342 17.5 MODELLING GUIDELINE FOR TECHNOLOGY SPECIFIC LIBRARIES ----- 343 17.5.1 APPLICATION EXAMPLE FOR A PHYSICAL NETWORK ----- 343 17.5.2 HOW TO MODEL PROFINET SPECIFIC COMMUNICATION ROLES ----- 344 17.5.3 HOW TO MODEL PROFNET SPECIFIC COMMUNICATION INTERFACES ----- 344 17.5.4 HOW TO MODEL A PROFINET COMMUNICATION DEVICE TYPE ----- 345 17.5.5 HOW TO INTEGRATE MULTIPLE COMMUNICATION DEVICES TO A PHYSICAL COMMUNICATION SYSTEM ----- 346 17.5.6 HOW TO MODEL THE LOGICAL COMMUNICATION SYSTEM ----- 348 17.6 DISCUSSION AND CONCLUSION ----- 348 17.7 ABOUT THE AUTHORS ----- 349 MIRIAM SCHLEIPEN 18 MODELLING OPC UA WITH AUTOMATIONML ----- 351 18.1 WHY TO COMBINE AUTOMATIONML AND OPC UA ----- 351 18.2 WHO IS INVOLVED? ----- 352 18.3 HOW TO MODEL AN OPC UA SERVER CONFIGURATION IN AML ----- 352 18.3.1 EXAMPLE ----- 352 18.3.2 MODELLING THE OPC UA SERVER ----- 353 18.3.3 STEP 2: MODEL NECESSARY ADDRESS SPACE CONTENT OF THE OPC UA SERVER ----- 358 18.3.4 STEP 3: USAGE OF THE OPC UA SERVER CONFIGURATION INFORMATION IN AN OPC UA CLIENT ----- 358 18.3.5 DISCUSSION: WEAKNESS OF THE BPR DATAVARIABLE ----- 359 18.4 HOW TO USE EXISTING AML MODELS IN AN OPC UA SERVER (AKA APPLICATION OF THE COMPANION SPECIFICATION AUTOMATIONML FOR OPC UA)----- 359 18.5 DISCUSSION AND CONCLUSION ----- 362 18.6 ABOUT THE AUTHOR ----- 363 ARNDT LUDER, ANDREAS GRAF GATTERBURG, MATTHIAS MIL ILER, MIRIAM SCHLEIPEN, MATHIAS WIEGAND, STEFAN BIFFL, RAINER DRATH 19 SERIALIZATION OF THE ASSET ADMINISTRATION SHELL BY AUTOMATIONML ----- 365 19.1 INTRODUCTION AND USE CASES ----- 365 19.1.1 RATIONALES ----- 365 19.1.2 STAKEHOLDER AND THEIR USE CASES ----- 367 19.1.3 REQUIREMENTS FOR THE AUTOMATIONML MODEL ----- 368 TABLE OF CONTENTS - - XIX 19.2 META MODEL OF INDUSTRY 4.0 ASSET ADMINISTRATION SHELL ----- 368 19.3 AAS MODELLING GUIDELINE WITH AUTOMATIONML ----- 370 19.3.1 AUTOMATIONML CLASSES FOR THE AAS SERIALIZATION ----- 370 19.3.2 GUIDELINE FOR STRUCTURING THE AAS WITH AUTOMATIONML ----- 371 19.3.3 GUIDELINE FOR ENGINEERING TOOLS ----- 371 19.4 EXAMPLE FOR AN AML BASED SERIALIZATION OF AN ASSET ADMINISTRATION SHELL ----- 371 19.5 INFORMATION TO BE COVERED BY ASSET ADMINISTRATION SHELLS ----- 373 19.5.1 OVERVIEW ----- 373 19.5.2 MODELLING GUIDELINE FOR SUBMODELS ----- 374 19.6 EXPORTING AUTOMATIONML BY THE AASX PACKAGE EDITOR ----- 375 19.7 WHEN TO USE AML IN THE CONTEXT OF THE AAS ----- 375 19.8 SUMMARY ----- 376 19.9 ABOUT THE AUTHORS ----- 377 MARTIN LANGOSCH, ROMAN MADER 20 AUTOMATIONML INDUSTRIALIZATION AND TOOLCHAIN ----- 379 20.1 INTRODUCTION AND MOTIVATION ----- 379 20.2 APPROACH ----- 381 20.3 DATA EXCHANGE BETWEEN TOOLS AND PLATFORMS ----- 382 20.4 DATA GOVERNANCE ----- 384 20.5 ABOUT THE AUTHORS ----- 384 NICOLE SCHMIDT, MATTHIAS RASSL 21 AUTOMATIONML GOVERNANCE AT DAIMLER AG ----- 385 21.1 INTRODUCTION ----- 385 21.2 WHAT IS AN AUTOMATIONML GOVERNANCE ----- 386 21.3 APPLICATION OF THE AUTOMATIONML GOVERNANCE AT DAIMLER AG ----- 388 21.3.1 WHAT IS ADDRESSED BY THE AUTOMATIONML GOVERNANCE?----- 388 21.3.2 WHO IS INVOLVED IN THE AUTOMATIONML GOVERNANCE?----- 390 21.3.3 HOW DOES THE AUTOMATIONML GOVERNANCE WORK? ----- 392 21.4 DISCUSSION AND CONCLUSION ---- 394 21.5 ABOUT THE AUTHORS ----- 396 MICHAEL JOHN 22 AUTOMATIONML AND ECL@SS INTEGRATION ----- 397 22.1 MOTIVATION AND SCOPE ----- 397 22.2 USE CASES AND CONSIDERED DATA EXCHANGE STRUCTURES ----- 398 22.2.1 TECHNICAL USE CASES----- 398 22.2.2 EXCHANGE USE CASES ----- 400 22.2.3 APPLICATION USE CASES----- 403 22.3 REALIZATION OF TECHNICAL USE CASES ----- 405 22.3.1 HOW TO INTEGRATE ECL@SS ATTRIBUTE SEMANTICS VIA IRDI ----- 405 22.3.2 HOW TO INTEGRATE ECI@SS OBJECT SEMANTICS VIA EDASSCLASSSPECIFICATION ROLECLASS ----- 406 22.3.3 HOW TO GENERATE AN ECL@SS ROLE CLASS LIBRARY ----- 407 22.3.4 HOW TO TRANSFORM ECL@SS ATTRIBUTES ----- 409 22.4 EXAMPLE ----- 409 22.5 DISCUSSION AND CONCLUSION ----- 410 22.6 ABOUT THE AUTHOR ----- 410 XX TABLE OF CONTENTS PRERNA JUHLIN, RAINER DRATH 23 SEMANTIC AND PRAGMATIC INTEROPERABILITY MAPPINGS ----- 411 23.1 INTRODUCTION ----- 411 23.2 HOW TO EXCHANGE DATA WITHOUT SEMANTIC STANDARDIZATION ----- 412 23.3 OVERVIEW OF THE METHODOLOGY ----- 414 23.3.1 PHASE 1: INTEROPERABILITY MAPPINGS CREATION ----- 414 23.3.2 PHASE 2: AUTOMATIC DATA EXCHANGE WITH MEANING AND USAGE ALIGNMENTS ----- 418 23.4 MODELLING GUIDELINE ----- 421 23.4.1 APPLICATION EXAMPLE ----- 421 23.4.2 TECHNICAL APPROACH ----- 422 23.4.3 MODELLING OF DATA OBJECT TYPES AS SYSTEMUNITCLASS (PHASE 1, STEP 1) ----- 425 23.4.4 HOWTO MODEL SEMANTIC INTEROPERABILITY ALIGNMENTS (PHASE 1, STEP 2) ----- 425 23.4.5 FROM SEMANTIC MAPPINGS TO SEMANTIC STANDARDIZATION (PHASE 1, STEP 2 ' ) ----- 429 23.4.6 HOWTO MODEL PRAGMATIC INTEROPERABILITY ALIGNMENTS (PHASE 1, STEP 3) ----- 430 23.4.7 AUTOMATIC DATA EXCHANGE WITH MEANING AND USAGE ALIGNMENTS (PHASE 2) ----- 432 23.5 DISCUSSION AND CONCLUSION ---- 433 23.6 ABOUT THE AUTHORS ----- 434 MIRIAM SCHLEIPEN 24 EXTENDED ROLECLASS LIBRARIES ----- 435 24.1 INTRODUCTION: THE VALUE OF ROLECLASS LIBRARIES ----- 435 24.2 HOW TO USE AUTOMATIONML ROLECLASS LIBRARIES ----- 436 24.2.1 USER-DEFINED ROLECLASS LIBRARIES IN ONE MODEL ----- 436 24.2.2 USER-DEFINED ROLECLASS LIBRARIES IN MULTIPLE MODELS ----- 437 24.2.3 USER-DEFINED ROLECLASS LIBRARIES IN A DEFINED CONTEXT ----- 437 24.2.4 AUTOMATIONMLBASEROLECLASSLIB----- 437 24.2.5 NORMATIVE AUTOMATIONML IEC ROLECLASS LIBRARIES ----- 438 24.2.6 INFORMATIVE AUTOMATIONML IEC ROLECLASS LIBRARIES ----- 439 24.2.7 AUTOMATIONML E.V. ROLECLASS LIBRARIES ----- 440 24.3 HOW TO FIND AND IMPORT AUTOMATIONML ROLECLASS LIBRARIES ----- 441 24.4 HOW TO MODEL A PLANT HIERARCHY WITH THE RESOURCESTRUCTURE SEMANTIC ----- 443 24.4.1 EXAMPLE ----- 445 24.4.2 STEP 1: CREATE AN INSTANCEHIERARCHY WITH INTERNALELEMENTS ----- 446 24.4.3 STEP 2: APPLY THE SEMANTICS (AKA ROLECLASSES) ----- 447 24.5 THE ISA 106 HIERARCHY AS EXAMPLE HOWTO MAP A USER-DEFINED ROLECLASS LIBRARY ----- 447 24.6 DISCUSSION AND CONCLUSION ------448 24.7 ABOUT THE AUTHOR ----- 449 BERNHARD WALLY, ARNDT LUDER 25 AML-BASED ENTERPRISE CONTROL SYSTEM INTEGRATION BY IEC 62264 ------ 451 25.1 INTRODUCTION AND USE CASES----- 451 25.2 DATA MODEL ----- 453 25.2.1 PERSONNEL ----- 454 25.2.2 EQUIPMENT ----- 455 25.2.3 MATERIAL ----- 455 25.2.4 PROCESS SEGMENTS ----- 456 25.2.5 FURTHER CONCEPTS ----- 456 25.3 AML CLASSES ----- 456 25.4 MODELLING GUIDELINE ----- 458 TABLE OF CONTENTS - XXI 25.4.1 APPLICATION EXAMPLE ----- 458 25.4.2 HOW TO MODEL PERSONNEL ----- 459 25.4.3 HOW TO MODEL EQUIPMENT ----- 460 25.4.4 HOWTO MODEL MATERIAL ----- 461 25.4.5 HOWTO MODEL PROCESS SEGMENTS ----- 461 25.5 DISCUSSION AND CONCLUSION ------464 25.6 ABOUT THE AUTHORS ----- 465 REFERENCES FOR PART II ----- 467 PART III: THE FUTURE - AUTOMATIONML RESEARCH ----- 481 RAINER DRATH 26 OVERVIEW OF PART III ---- 483 BIRGIT VOGEL-HEUSER, MINJIE ZOU, MICHAEL SOLLFRANK 27 AUTOMATIONML BASED DEVELOPMENT OF MECHATRONIC SYSTEMS ---- 485 27.1 INTRODUCTION AND MOTIVATION ----- 485 27.2 PROBLEMS IN THE WORKFLOW OF AUTOMATED PRODUCTION SYSTEMS ----- 486 27.3 THE RESEARCH APPROACH: MODEL-BASED SYSTEMS ENGINEERING ----- 486 27.3.1 ABOUT MODEL-BASED SYSTEMS ENGINEERING (MBSE) ----- 486 27.3.2 COUPLING THE INDUSTRIAL TOOLCHAIN IN MECHATRONIC MBSE VIA AUTOMATIONML: THE ARCHITECTURE ----- 487 27.3.3 MAPPING BETWEEN SYSML4MECHATRONICS AND AUTOMATIONML ----- 489 27.3.4 GENERATION OF MCAD FROM AUTOMATIONML ----- 491 27.3.5 GENERATION OF ECAD FROM AUTOMATIONML ----- 493 27.3.6 GENERATION OF THE PLC CONTROL PROGRAM FROM AUTOMATIONML ----- 495 27.3.7 INCONSISTENCY IDENTIFICATION BASED ON AUTOMATIONML ----- 496 27.4 THE OVERALL MBSE WORKFLOW ENABLED BY AUTOMATIONML ----- 497 27.5 DISCUSSION AND CONCLUSION ----- 499 27.6 REFERENCES ----- 501 27.7 ABOUT THE AUTHORS ----- 502 BIRGIT VOGEL-HEUSER, FELIX OCKER, LUKAS GEHLEN 28 CONCEPT TO REFINE AND COMPUTATIONALLY EVALUATE PPR INFORMATION IN AML ---- 503 28.1 INTRODUCTION AND USE CASE----- 503 28.1.1 APPLICATION EXAMPLE----- 504 28.1.2 MODELLING PRODUCTS, PROCESSES, AND RESOURCES OF THEXPPU ----- 505 28.1.3 RESEARCH QUESTIONS AND REQUIREMENTS ----- 507 28.2 APPROACH ----- 507 28.2.1 REFINED INTERFACE DEFINITIONS ----- 507 28.2.2 REPRESENTATION OF CHANGES TO THE PLANT IN AML ----- 512 28.2.3 EXTRACTING INFORMATION FROM AML ----- 513 28.3 DISCUSSION AND CONCLUSION ----- 517 28.4 REFERENCES ----- 517 28.5 ABOUT THE AUTHORS ----- 519 XXII TABLE OF CONTENTS DOMINIK BRAUN, BEHRANG ASHTARI, MICHAEL WEYRICH 29 INTEGRATION OF DATA AND SOFTWARE INTO THE DIGITAL TWIN VIA AML ------ 521 29.1 INTRODUCTION ----- 521 29.2 CHARACTERISTICS OF THE DIGITAL TWIN ----- 522 29.3 TOOLS AND MODELS INTEGRATION APPROACHES FOR DIGITAL TWINS ----- 524 29.4 AN EXAMPLE FOR THE CREATION OF A DIGITAL TWIN USING PLM SYSTEMS ----- 525 29.5 RECONFIGURATION OF AUTOMATED SYSTEMS WITH A DIGITAL TWIN ----- 529 29.6 CHALLENGES OF STRUCTURED MODELS WITHIN PLM SYSTEMS ----- 530 29.7 AUTOMATIONML INCREASING THE FLEXIBILITY OF DIGITAL TWINS ----- 531 29.8 TOWARDS FUTURE RESEARCH ABOUT THE COMBINATION OF PLM AND AML FOR DIGITAL TWIN ---- 534 29.9 CONCLUSION AND OUTLOOK ----- 535 29.10 REFERENCES ----- 536 29.11 ABOUT THE AUTHORS ----- 538 ANDREAS WIIRGER 30 OPTIMIZING THE ENGINEERING OF TECHNICAL ENERGY MANAGEMENT SYSTEMS ----- 539 30.1 INTRODUCTION ----- 539 30.2 AN ENGINEERING CONCEPT FOR TECHNICAL ENERGY MANAGEMENT SYSTEMS ----- 540 30.3 RELEVANT SCIENTIFIC PAPERS AND PUBLICATIONS ----- 542 30.3.1 HARDWARE CONFIGURATION MODELLING ----- 542 30.3.2 MODELLING PLANTS FROM AN ENERGY POINT OF VIEW ----- 543 30.3.3 A COMBINATION OF AUTOMATIONML AND OPC UA----- 543 30.4 MODELLING OF PROFINET COMMUNICATION SYSTEMS ----- 544 30.5 CONCEPT FOR ENERGY INFORMATION MODELS ----- 545 30.6 CONCEPT FOR AN ENERGETIC PRODUCTION SITE MODEL ----- 547 30.6.1 DEFINITION AND MODELLING OF PHYSICAL BALANCING GROUPS ----- 548 30.6.2 DEFINITION AND MODELLING OF USER-DEFINED BALANCING GROUPS ----- 549 30.6.3 ENERGETIC PRODUCTION SITE MODEL IN AML ----- 550 30.7 EVALUATION AND OUTLOOK ----- 551 30.8 REFERENCES----- 551 30.9 ABOUT THE AUTHOR ----- 553 MILAN VATHOOPAN, KIRILL DOROFEEV, ALOIS ZOITL 31 SKILL-BASED ENGINEERING OF AUTOMATION SYSTEMS: USE CASE AND EVALUATION ------ 555 31.1 INTRODUCTION ----- 555 31.2 BACKGROUND ----- 556 31.2.1 BENEFIT OF SKILL-BASED ENGINEERING ON CURRENT AUTOMATION SYSTEMS ----- 556 31.2.2 STATE OF THE ART IN SKILL-BASED AUTOMATION ENGINEERING AND OPERATION ----- 557 31.3 MODEL OFA SKILL ----- 558 31.4 REALIZING A SKILL-BASED AUTOMATION SYSTEM ----- 561 31.5 AUTOMATION SYSTEM PLANNINGWITH SYSTEMPLANNER ----- 563 31.5.1 BASIC METHODOLOGY OF PLANNING USED IN SYSTEMPLANNER ----- 563 31.5.2 PROTOTYPICAL IMPLEMENTATION ----- 565 31.6 GENERATING EXECUTABLE SKILL-BASED CONTROL LOGIC ----- 567 31.7 EVALUATION ----- 569 31.7.1 SKILL-BASED PLANNING OF THE PICK-AND-PLACE STATION ------570 31.7.2 GENERATING THE CODE ----- 572 TABLE OF CONTENTS - XXIII 31.8 OUTLOOK AND CONCLUSION ----- 573 31.9 REFERENCES----- 574 31.10 ABOUT THE AUTHORS ----- 577 ARNDT LUDER, STEFAN BIFFL, FELIX RINKER, ANNA-KRISTIN BEHNERT 32 ENGINEERING DATA LOGISTICS BASED ON AML ----- 579 32.1 INTRODUCTION ----- 579 32.2 STAKEHOLDER AND THEIR USE CASES----- 581 32.3 RUNNING EXAMPLE ----- 582 32.4 BASIC DATA LOGISTICS ARCHITECTURE ----- 583 32.5 PREREQUISITES FOR APPLICATION - COMMON CONCEPT IDENTIFICATION AND MODELLING ----- 586 32.5.1 COMMON CONCEPTS IDENTIFICATION ----- 586 32.5.2 AUTOMATIONML REPRESENTATION OF CONCEPTS ----- 588 32.6 FLEXIBLE TOOL ADAPTERS ----- 592 32.6.1 CSV ADAPTER ----- 592 32.6.2 XML ADAPTER ------ 593 32.7 CENTRAL DATA LOGISTICS ------ 594 32.8 APPLICATION EXAMPLE ----- 595 32.9 SOFTWARE SYSTEM REQUIREMENTS ----- 598 32.10 SUMMARY ----- 599 32.11 REFERENCES----- 600 32.12 ABOUT THE AUTHORS ----- 601 JANNI SINNEMANN, MATTHIAS BARTELT, ANTON STRAHILOV, DIMITRI PENNER, BERND KUHLENKOTTER 33 ENERGY OPTIMIZATION DURING VIRTUAL COMMISSIONING ---- 603 33.1 VIRTUAL COMMISSIONING WORKFLOW ----- 603 33.1.1 INTRODUCTION ----- 603 33.1.2 PROBLEMS AND OBJECTIVES ----- 606 33.1.3 FIELDS OF ACTION AND USE OF AUTOMATIONML ----- 606 33.2 MODELLING RECOMMENDATIONS ----- 608 33.2.1 HOW TO MODEL DIGITAL TWINS ----- 608 33.2.2 HOW TO MANAGE THE VERSIONING OF ENGINEERING STATES ----- 612 33.2.3 HOW TO MODEL PRODUCTION PROCESSES ---- 615 33.2.4 HOW TO MODEL ENERGY PROFILES ----- 621 33.2.5 HOW TO CONNECT DIFFERENT PLANNING DATA ---- 623 33.3 DISCUSSION AND CONCLUSION ----- 627 33.4 REFERENCES----- 628 33.5 ABOUT THE AUTHORS ----- 629 ABBREVIATIONS ------ 631 T RADEMARKS ------ 635 INDEX ----- 637
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spellingShingle	AutomationML the industrial cookbook Industrie 4.0 (DE-588)1072179776 gnd Software (DE-588)4055382-6 gnd AutomationML (DE-588)7686742-0 gnd
subject_GND	(DE-588)1072179776 (DE-588)4055382-6 (DE-588)7686742-0 (DE-588)4123623-3
title	AutomationML the industrial cookbook
title_auth	AutomationML the industrial cookbook
title_exact_search	AutomationML the industrial cookbook
title_exact_search_txtP	AutomationML the industrial cookbook
title_full	AutomationML the industrial cookbook edited by Rainer Drath ; forewords by Alexander Fay and Andreas Graf Gatterburg
title_fullStr	AutomationML the industrial cookbook edited by Rainer Drath ; forewords by Alexander Fay and Andreas Graf Gatterburg
title_full_unstemmed	AutomationML the industrial cookbook edited by Rainer Drath ; forewords by Alexander Fay and Andreas Graf Gatterburg
title_short	AutomationML
title_sort	automationml the industrial cookbook
title_sub	the industrial cookbook
topic	Industrie 4.0 (DE-588)1072179776 gnd Software (DE-588)4055382-6 gnd AutomationML (DE-588)7686742-0 gnd
topic_facet	Industrie 4.0 Software AutomationML Lehrbuch
url	https://d-nb.info/1231563397/04 http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=033015588&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
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