Verfügbarkeit: Collaborative design and planning for digital manufacturing

Collaborative design and planning for digital manufacturing:

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Bibliographische Detailangaben
Weitere beteiligte Personen:	Wang, Lihui (HerausgeberIn)
Format:	Buch
Sprache:	Englisch
Veröffentlicht:	London Springer 2009
Schlagwörter:	Computer integrated manufacturing systems > Design Concurrent engineering CAD
Links:	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=017126403&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
Umfang:	XX, 414 S. Ill., graph. Darst. 235 mm x 155 mm
ISBN:	9781848822863 9781848822870

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Datensatz im Suchindex

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adam_text	LIHUI WANG * ANDREW Y.C. NEE EDITORS COLLABORATIVE DESIGN AND PLANNING FOR DIGITAL MANUFACTURING 4UE SPRI RINGER CONTENTS LIST OF CONTRIBUTORS XVII 1 INFORMATICS PLATFORM FOR DESIGNING AND DEPLOYING E-MANUFACTURING SYSTEMS 1 JAY LEE, LINXIA LIAO, EDZEL LAPIRA, JUN NI, LIN LI 1.1 INTRODUCTION 1 1.2 SYSTEMATIC METHODOLOGY IN PROGNOSTICS DESIGN FORE-MANUFACTURING 5 1.2.1 OVERVIEW OF 5S METHODOLOGY 5 1.2.2 THE 1ST S - STREAMLINE 8 1.2.3 THE 2ND S - SMART PROCESSING 10 1.2.4 THE 3RD S - SYNCHRONISE 11 1.2.5 THE 4TH S - STANDARDISE 13 1.2.6 THE 5TH S - SUSTAIN 13 1.3 INFORMATICS PLATFORM FOR IMPLEMENTING E-MANUFACTURING APPLICATIONS 14 1.3.1 MODULARISED PROGNOSTICS TOOLBOX - WATCHDOG AGENT TOOLBOX 15 1.3.2 AUTOMATIC TOOL SELECTION 17 1.3.3 DECISION SUPPORT TOOLS FOR THE SYSTEM LEVEL 19 1.3.4 IMPLEMENTATION OF THE INFORMATICS PLATFORM 21 1.4 INDUSTRIAL CASE STUDIES 23 1.4.1 CASE STUDY 1 - CHILLER PREDICTIVE MAINTENANCE 23 1.4.2 CASE STUDY 2 - SPINDLE BEARING HEALTH ASSESSMENT 26 1.4.3 CASE STUDY 3 - SMART MACHINE PREDICTIVE MAINTENANCE 29 1.5 CONCLUSIONS AND FUTURE WORK 33 REFERENCES 34 2 A FRAMEWORK FOR INTEGRATED DESIGN OF MECHATRONIC SYSTEMS 37 KENWAY CHEN, JONATHAN BANKSTON, JITESH H. PANCHAL, DIRK SCHAEFER 2.1 INTRODUCTION 37 2.2 STATE OF THE ART AND RESEARCH GAPS 40 2.2.1 PRODUCT DATA MANAGEMENT 40 2.2.2 FORMATS FOR STANDARDISED DATA EXCHANGE 41 X CONTENTS 2.2.3 THE NIST CORE PRODUCT MODEL 42 2.2.4 MULTI-REPRESENTATION ARCHITECTURE 43 2.2.5 CONSTRAINT-BASED TECHNIQUES 44 2.2.6 ACTIVE SEMANTIC NETWORKS 45 2.2.7 SUMMARY AND RESEARCH GAP ANALYSIS 46 2.3 AN APPROACH TO INTEGRATED DESIGN OF MECHATRONIC PRODUCTS 48 2.3.1 MODELLING MECHATRONIC SYSTEMS 48 2.3.2 CONSTRAINT CLASSIFICATION IN MECHANICAL DOMAIN 49 2.3.3 CONSTRAINT CLASSIFICATION IN ELECTRICAL DOMAIN 52 2.4 ILLUSTRATIVE EXAMPLE: A ROBOT ARM 53 2.4.1 OVERVIEW OF THE ROBOT ARM 53 2.4.2 MODELLING CONSTRAINTS FOR SG5-UT 55 2.5 REQUIREMENTS FOR A COMPUTATIONAL FRAMEWORK FOR INTEGRATED MECHATRONIC SYSTEMS DESIGN 59 2.5.1 ELECTRICAL DESIGN 59 2.5.2 MECHANICAL AND ELECTRONIC DESIGN 64 2.5.3 INTEGRATED DESIGN 64 2.6 CONCLUSIONS 68 REFERENCES 68 3 FINE GRAIN FEATURE ASSOCIATIONS IN COLLABORATIVE DESIGN AND MANUFACTURING - A UNIFIED APPROACH 71 Y.-S. MA, G. CHEN, G. THIMM 3.1 INTRODUCTION 71 3.2 LITERATURE REVIEW 72 3.2.1 GEOMETRIC RELATIONS 72 3.2.2 NON-GEOMETRIC RELATIONS 73 3.3 UNIFIED FEATURE 74 3.3.1 FIELDS 76 3.3.2 METHODS 77 3.4 ENTITY ASSOCIATIONS 78 3.4.1 IMPLEMENTING THE CONSTRAINT-BASED ASSOCIATIONS 80 3.4.2 IMPLEMENTING THE SHARING ASSOCIATIONS 80 3.4.3 EVALUATION OF VALIDITY AND INTEGRITY OF UNIFIED FEATURE MODEL 82 3.4.4 ALGORITHMS FOR CHANGE PROPAGATION 82 3.5 MULTIPLE VIEW CONSISTENCY 85 3.5.1 CELLULAR MODEL 85 3.5.2 USING CELLULAR TOPOLOGY IN FEATURE-BASED SOLID MODELLING 85 3.5.3 EXTENDED USE OF CELLULAR MODEL 88 3.5.4 CHARACTERISTICS OF THE UNIFIED CELLULAR MODEL 89 3.5.5 TWO-DIMENSIONAL FEATURES AND THEIR CHARACTERISTICS 91 3.5.6 RELATION HIERARCHY IN THE UNIFIED CELLULAR MODEL 92 3.6 CONCLUSIONS 94 REFERENCES 95 CONTENTS XI 4 COLLABORATIVE SUPPLIER INTEGRATION FOR PRODUCT DESIGN AND DEVELOPMENT 99 DUNBING TANG, KWAI-SANG CHIN 4.1 INTRODUCTION 99 4.2 DIFFERENT WAYS OF SUPPLIER INTEGRATION 101 4.3 KNOW-HOW SHARING FOR SUPPLIER INTEGRATION 104 4.4 COLLABORATION TOOLS FOR SUPPLIER INTEGRATION 105 4.5 SYSTEM DEVELOPMENT 108 4.6 CONCLUSIONS 115 ACKNOWLEDGEMENT 115 REFERENCES 115 5 RECONFIGURABLE MANUFACTURING SYSTEMS DESIGN FOR A CONTRACT MANUFACTURER USING A CO-OPERATIVE CO-EVOLUTIONARY MULTI-AGENT APPROACH 117 NATHAN YOUNG, MERVYN FATHIANATHAN 5.1 INTRODUCTION 117 5.2 RELATED RESEARCH 118 5.3 CO-OPERATIVE CO-EVOLUTIONARY MULTI-AGENT APPROACH TO RECONFIGURABLE MANUFACTURING SYSTEMS DESIGN 120 5.4 APPLICATION OF APPROACH TO RECONFIGURABLE MILLING MACHINES 122 5.4.1 SOLUTION REPRESENTATION 122 5.4.2 SOLUTION EVALUATION 123 5.4.3 SYNTHESISING MACHINE ARCHITECTURE USING AN EVOLUTIONARY ALGORITHM 129 5.5 CASE EXAMPLE 131 5.6 CONCLUSIONS 134 REFERENCES 135 6 A WEB AND VIRTUAL REALITY-BASED PLATFORM FOR COLLABORATIVE PRODUCT REVIEW AND CUSTOMISATION 137 GEORGE CHRYSSOLOURIS, DIMITRIS MAVRIKIOS, MENELAOS PAPPAS, EVANGELOS XANTHAKIS, KONSTANTINOS SMPAROUNIS 6.1 INTRODUCTION 137 6.2 COLLABORATIVE MANUFACTURING ENVIRONMENT FRAMEWORK 139 6.3 COLLABORATIVE PRODUCT REVIEWER 141 6.4 PLATFORM DESIGN 142 6.4.1 PLATFORM ARCHITECTURE 142 6.4.2 COMMUNICATION 143 6.5 PLATFORM IMPLEMENTATION AND FUNCTIONALITY 143 6.5.1 COLLABORATION PLATFORM 145 6.5.2 VIRTUAL REALITY VIEWER 146 6.5.3 AUGMENTED REALITY VIEWER 147 6.6 A TEXTILES INDUSTRY USE CASE 147 6.7 CONCLUSIONS 150 CONTENTS ACKNOWLEDGEMENT 151 REFERENCES 151 MANAGING COLLABORATIVE PROCESS PLANNING ACTIVITIES THROUGH EXTENDED ENTERPRISE 153 H. R. SILLER, C. VILA, A. ESTRUCH, J. V. ABELLAEN, F. ROMERO 7.1 INTRODUCTION 153 7.2 REVIEW OF COLLABORATIVE AND DISTRIBUTED PROCESS PLANNING 156 7.3 ICT FUNCTIONALITIES FOR COLLABORATION 158 7.3.1 BASIC REQUIREMENTS FOR KNOWLEDGE, INFORMATION AND DATA MANAGEMENT 159 7.3.2 BASIC REQUIREMENTS FOR WORKFLOW MANAGEMENT 161 7.3.3 PRODUCT LIFECYCLE MANAGEMENT TOOLS FOR COLLABORATION 164 7.4 REFERENCE MODEL FOR COLLABORATIVE PROCESS PLANNING 165 7.5 COLLABORATIVE PROCESS PLANNING ACTIVITIES MODELLING 167 7.5.1 USE CASES MODELLING 168 7.5.2 SEQUENCE DIAGRAMS MODELLING 170 7.5.3 WORKFLOW MODELLING 171 7.6 IMPLEMENTATION OF ICT REFERENCE ARCHITECTURE 175 7.7 CASE STUDY 177 7.7.1 SETUP OF A COLLABORATIVE ENVIRONMENT 177 7.7.2 CREATION OF LIFECYCLE PHASES IN A MANUFACTURING PROCESS PLAN 179 7.7.3 IMPLEMENTATION OF REQUIRED WORKFLOW 179 7.7.4 RESULTS AND DISCUSSIONS 179 7.8 CONCLUSIONS 182 ACKNOWLEDGEMENT 183 REFERENCES 183 ADAPTIVE SETUP PLANNING FOR JOB SHOP OPERATIONS UNDER UNCERTAINTY 187 LIHUI WANG, HSI-YUNG FENG, NINGXU CAI, JI MA 8.1 INTRODUCTION 187 8.2 LITERATURE REVIEW 188 8.3 ADAPTIVE SETUP PLANNING 190 8.3.1 RESEARCH BACKGROUND 190 8.3.2 GENERIC SETUP PLANNING 191 8.3.3 SETUP MERGING ON A SINGLE MACHINE 192 8.3.4 ADAPTIVE SETUP MERGING ACROSS MACHINES 198 8.4 IMPLEMENTATION AND CASE STUDY 206 8.4.1 PROTOTYPE IMPLEMENTATION 206 8.4.2 A CASE STUDY 206 8.4.3 OPTIMISATION RESULTS 209 8.4.4 DISCUSSION 213 8.5 CONCLUSIONS 214 CONTENTS XIII ACKNOWLEDGEMENT 215 REFERENCES 215 9 AUCTION-BASED HEURISTIC IN DIGITISED MANUFACTURING ENVIRONMENT FOR PART TYPE SELECTION AND OPERATION ALLOCATION 217 M. K. TIWARI, M. K. PANDEY 9.1 INTRODUCTION 217 9.2 OVERVIEW OF AGENT TECHNOLOGY 221 9.2.1 DEFINITION OF AN AGENT AND ITS PROPERTIES 221 9.2.2 HETERARCHICAL CONTROL FRAMEWORK 222 9.2.3 CONTRACT-NET PROTOCOL (CNP) 222 9.3 OVERVIEW OF AUCTION MECHANISM 223 9.4 PROBLEM DEFINITION 224 9.5 PROPOSED FRAMEWORK 225 9.5.1 AGENT ARCHITECTURE 225 9.5.2 FRAMEWORK WITH AGENT ARCHITECTURE 227 9.5.3 FRAMEWORK OF AUCTION MECHANISM 229 9.5.4 COMMUNICATIONS AMONG AGENTS 231 9.5.5 TASK DECOMPOSITION/DISTRIBUTION PATTERN 231 9.5.6 HEURISTIC RULES FOR SEQUENCING AND PART SELECTION 232 9.6 CASE STUDY 234 9.6.1 WINNER DETERMINATION 234 9.6.2 ANALYSIS OF THE BEST SEQUENCE 236 9.6.3 RESULTS AND DISCUSSION 236 9.7 CONCLUSIONS 240 ACKNOWLEDGEMENT 241 REFERENCES 241 10 A WEB-BASED RAPID PROTOTYPING MANUFACTURING SYSTEM FOR RAPID PRODUCT DEVELOPMENT 245 HONGBO LAN 10.1 INTRODUCTION 245 10.2 WEB-BASED RP&M SYSTEMS: A COMPREHENSIVE REVIEW 246 10.2.1 VARIOUS ARCHITECTURES FOR WEB-BASED RP&M SYSTEMS 246 10.2.2 KEY ISSUES IN DEVELOPING WEB-BASED RP&M SYSTEMS 248 10.3 AN INTEGRATED MANUFACTURING SYSTEM FOR RAPID PRODUCT DEVELOPMENT BASED ON RP&M 251 10.4 WORKFLOW OF A WEB-BASED RP&M SYSTEM 253 10.5 ARCHITECTURE OF A WEB-BASED RP&M SYSTEM 254 10.6 DEVELOPMENT OF A WEB-BASED RP&M SYSTEM 258 10.7 CASE STUDY 259 10.8 CONCLUSIONS 261 ACKNOWLEDGEMENT 262 REFERENCES 262 XIV CONTENTS 11 AGENT-BASED CONTROL FOR DESKTOP ASSEMBLY FACTORIES 265 JOSE L. MARTINEZ LASTRA, CARLOS INSAURRALDE, ARMANDO COLOMBO 11.1 INTRODUCTION 265 11.2 AGENT-BASED MANUFACTURING CONTROL 267 11.2.1 COLLABORATIVE INDUSTRIAL AUTOMATION 268 11.2.2 AGENT-BASED CONTROL: THE STATE OF THE ART 269 11.2.3 FURTHER WORK REQUIRED 271 11.3 ACTOR-BASED ASSEMBLY SYSTEMS ARCHITECTURE 272 11.3.1 ARCHITECTURE OVERVIEW 273 11.3.2 INTELLIGENT PHYSICAL AGENTS: ACTORS 274 11.3.3 AGENT SOCIETIES: ABAS SYSTEMS 276 11.3.4 ACTOR CONTACT FEATURES 279 11.4 ABAS ENGINEERING FRAMEWORK 282 11.4.1 ABAS WORKBENCH 283 11.4.2 ABAS VIEWER 284 11.4.3 ACTOR BLUEPRINT 285 11.5 CASE STUDIES 286 11.5.1 EXPERIMENTAL DEVELOPMENT OF ACTOR PROTOTYPES 286 11.5.2 EXPERIMENTAL RESULTS AND FUTURE DIRECTIONS ...., 287 11.6 CONCLUSIONS 289 REFERENCES 289 12 INFORMATION SHARING IN DIGITAL MANUFACTURING BASED ON STEP AND XML 293 XIAOLI QIU, XUN XU 12.1 INTRODUCTION 293 12.2 STEP AS A NEUTRAL PRODUCT DATA FORMAT 294 12.2.1 COMPONENTS OF STEP 295 12.3 XML AS THE INFORMATION CARRIER 298 12.3.1 DEVELOPMENT AND APPLICATION DOMAIN OF XML 299 12.3.2 EXPRESS-XML DTD BINDING METHODS 299 12.4 A DIGITAL MANUFACTURING SUPPORT SYSTEM 300 12.4.1 SYSTEM ARCHITECTURE 301 12.4.2 OVERVIEW OF THE SYSTEM 301 12.4.3 SYSTEM FUNCTIONALITY 302 12.4.4 CONVERTER 306 12.4.5 LATE BINDING RULES 307 12.4.6 SYSTEM INTERFACE 307 12.5 CONCLUSIONS 309 REFERENCES 311 APPENDIX 312 CONTENTS XV PULLING THE VALUE STREAMS OF A VIRTUAL ENTERPRISE WITH A WEB-BASED KANBAN SYSTEM 317 HUNG-DA WAN, SANJAY KUMAR SHUKLA, F. FRANK CHEN 13.1 INTRODUCTION 317 13.2 LEAN SYSTEMS AND VIRTUAL ENTERPRISES 319 13.2.1 LEAN MANUFACTURING SYSTEMS 319 13.2.2 LEAN SUPPLY CHAIN 320 13.2.3 AGILE VIRTUAL ENTERPRISE 321 13.3 FROM KANBAN CARDS TO WEB-BASED KANBAN 322 13.3.1 KANBAN SYSTEMS: THE ENABLER OF JUST-IN-TIME 322 13.3.2 WEAKNESS OF CONVENTIONAL KANBAN SYSTEMS 323 13.3.3 WEB-BASED TECHNOLOGY AND E-KANBAN 324 13.4 BUILDING A WEB-BASED KANBAN SYSTEM 325 13.4.1 INFRASTRUCTURE AND FUNCTIONALITY OF A WEB-BASED KANBAN SYSTEM 326 13.4.2 AN EXPERIMENTAL SYSTEM USING PHP+MYSQL 328 13.5 PULLING THE VALUE STREAMS OF A VIRTUAL ENTERPRISE 331 13.5.1 WEB-BASED KANBAN FOR VIRTUAL CELLS 331 13.5.2 CYBER-ENABLED AGILE VIRTUAL ENTERPRISE 333 13.5.3 ENSURING LEANNESS OF THE AGILE VIRTUAL ENTERPRISE 335 13.6 CHALLENGES AND FUTURE RESEARCH 336 13.6.1 CHALLENGES OF WEB-BASED KANBAN IN AN AGILE VIRTUAL ENTERPRISE 336 13.6.2 CONCLUSIONS AND FUTURE RESEARCH 337 ACKNOWLEDGEMENT 337 REFERENCES 338 AGENT-BASED WORKFLOW MANAGEMENT FOR RFID-ENABLED REAL-TIME RECONFIGURABLE MANUFACTURING 341 GEORGE Q. HUANG, YINGFENG ZHANG, Q. Y. DAI, OSCAR HO, FRANK J. XU 14.1 INTRODUCTION 342 14.2 OVERVIEW OF REAL-TIME RECONFIGURABLE MANUFACTURING 345 14.3 OVERVIEW OF SHOP-FLOOR GATEWAY 347 14.3.1 WORKFLOW MANAGEMENT 347 14.3.2 MANUFACTURING SERVICES UDDI 348 14.3.3 AGENTS-BASED MANUFACTURING SERVICES 349 14.4 OVERVIEW OF WORK-CELL GATEWAY 350 14.5 AGENT-BASED WORKFLOW MANAGEMENT FOR RTM 351 14.5.1 WORKFLOW MODEL 351 14.5.2 WORKFLOW DEFINITION 353 14.5.3 WORKFLOW EXECUTION 354 14.6 CASE STUDY 355 14.6.1 RE-ENGINEERING MANUFACTURING JOB SHOPS 355 14.6.2 DEFINITION OF AGENTS AND WORKFLOW 357 14.6.3 FACILITIES FOR OPERATORS AND SUPERVISORS 359 XVI CONTENTS 14.6.4 WIP LOGISTICS PROCESS 360 14.7 CONCLUSIONS 362 ACKNOWLEDGEMENTS 362 REFERENCES 363 15 WEB-BASED PRODUCTION MANAGEMENT AND CONTROL IN A DISTRIBUTED MANUFACTURING ENVIRONMENT 365 ALBERTO J. ALVARES, JOSE L. N. DE SOUZA JR, EVANDRO L. S. TEIXEIRA, JOAO . . FERREIRA 15.1 INTRODUCTION 366 15.2 OVERVIEW 367 15.2.1 ERP SYSTEMS 367 15.2.2 ELECTRONIC MANUFACTURMG (E-MFG) 368 15.2.3 WEBMACHINING METHODOLOGY 368 15.2.4 CYBERCUT 369 15.3 PROMME METHODOLOGY 369 15.3.1 DISTRIBUTED SHOP FLOOR 369 15.3.2 ERP MANUFACTURING 370 15.4 SYSTEM MODELLING 373 15.4.1 IDEFO 373 15.4.2 UML 375 15.5 WEB-BASED SHOP FLOOR CONTROLLER 376 15.5.1 COMMUNICATION WITHIN THE FLEXIBLE MANUFACTURING CELL 376 15.5.2 WEB-BASED SHOP FLOOR CONTROLLER IMPLEMENTATION 376 15.5.3 RESULTS 382 15.6 CONCLUSIONS 385 REFERENCES 387 16 FLEXIBILITY MEASURES FOR DISTRIBUTED MANUFACTURING SYSTEMS 389 M.I.M. WAHAB, SAEED ZOLFAGHARI 16.1 INTRODUCTION 389 16.2 ROUTING FLEXIBILITY 390 16.2.1 NUMERICAL EXAMPLES 394 16.3 NETWORK FLEXIBILITY 398 16.3.1 NUMERICAL EXAMPLES 400 16.4 CONCLUSIONS 404 REFERENCES 404 INDEX 407
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spellingShingle	Collaborative design and planning for digital manufacturing Computer integrated manufacturing systems Design Concurrent engineering CAD (DE-588)4069794-0 gnd
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title	Collaborative design and planning for digital manufacturing
title_auth	Collaborative design and planning for digital manufacturing
title_exact_search	Collaborative design and planning for digital manufacturing
title_full	Collaborative design and planning for digital manufacturing Lihui Wang ... eds.
title_fullStr	Collaborative design and planning for digital manufacturing Lihui Wang ... eds.
title_full_unstemmed	Collaborative design and planning for digital manufacturing Lihui Wang ... eds.
title_short	Collaborative design and planning for digital manufacturing
title_sort	collaborative design and planning for digital manufacturing
topic	Computer integrated manufacturing systems Design Concurrent engineering CAD (DE-588)4069794-0 gnd
topic_facet	Computer integrated manufacturing systems Design Concurrent engineering CAD
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Teilbibliothek Stammgelände

Bestandsangaben von Teilbibliothek Stammgelände
Signatur:	0002 TEC 630f 2009 A 2114 Lageplan
Exemplar 1	Ausleihbar Am Standort