Verfügbarkeit: Internet applications in product design and manufacturing

Internet applications in product design and manufacturing:

Gespeichert in:

Bibliographische Detailangaben
Beteiligte Personen:	Huang, George Q. 1962- (VerfasserIn), Mak, K. L. 1948- (VerfasserIn)
Format:	Buch
Sprache:	Englisch
Veröffentlicht:	Berlin [u.a.] Springer 2003
Schlagwörter:	World Wide Web - Anwendungssystem - Fertigung World Wide Web - Anwendungssystem - Produktentwicklung - Produktgestaltung Produktgestaltung Produktentwicklung Anwendungssystem Fertigung World Wide Web
Links:	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=009809948&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
Umfang:	XV, 272 S. Ill., graph. Darst.
ISBN:	3540434658

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Datensatz im Suchindex

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adam_text	LIST OF CONTENTS 1 INTRODUCTION .......................................................................................................... 1 1.1. WEB APPLICATIONS IN BUSINESSES .......................................................................2 1.2. ENTERPRISE PORTALS...............................................................................................5 1.3. DIGITAL ENTERPRISES .............................................................................................6 1.4. MANUFACTURING PORTALS .......................................................................................7 1.4.1. WEB APPLICATIONS OF MANUFACTURING PORTAL .................................................... 8 1.4.2. MANUFACTURING PORTAL SERVER ......................................................................... 11 1.4.3. MANUFACTURING PORTAL USERS........................................................................... 11 1.4.4. APPLICATION PROVIDERS AND PORTAL OPERATOR................................................... 12 1.5. BENEFITS OF DIGITAL ENTERPRISES ........................................................................13 2 RECENT DEVELOPMENTS OF WEB APPLICATIONS IN PRODUCT DESIGN AND MANUFACTURE .................................................................................................. 15 2.1. WEB APPLICATIONS IN PRODUCT DESIGN AND MANUFACTURE .................................16 2.1.1. INDIVIDUAL WEB-BASED DECISION SUPPORT SYSTEMS ....................................... 17 2.1.2. INTER-OPERABLE WEB APPLICATIONS ................................................................. 19 2.1.3. WEB APPLICATIONS FOR GROUP/TEAM WORK .................................................... 21 2.1.4. ENTERPRISE PORTALETS OF WEB APPLICATIONS ................................................. 21 2.2. TYPICAL SCENARIOS OF COLLABORATIVE PRODUCT COMMERCE.................................23 2.2.1. MARKET RESEARCH AND CONCEPT TESTING ......................................................... 25 2.2.2. COLLABORATIVE EARLY PRODUCT DEFINITION ........................................................ 25 2.2.3. COLLABORATIVE DESIGN REVIEW AND ENGINEERING CHANGE MANAGEMENT ........ 27 2.2.4. SUPPLIER CHAIN INTEGRATION ............................................................................ 28 2.2.5. INTELLIGENT PRODUCT MANUALS * TECHNICAL SUPPORTS AND CUSTOMER SERVICES 30 2.2.6. COLLABORATIVE PRODUCT DEVELOPMENT PROJECT MANAGEMENT .......................... 31 2.3. SUMMARY ..........................................................................................................32 X LIST OF CONTENTS 3 CHALLENGING ISSUES.............................................................................................. 35 3.1. CHALLENGES RELATED TO OPERATION OF WEB APPLICATIONS..................................36 3.1.1. WHEN AND WHERE WEB APPLICATIONS ARE APPLIED MOST EFFECTIVELY AND EFFICIENTLY?.....................................................................................................36 3.1.2. HOW TO CHOOSE APPROPRIATE WEB APPLICATIONS? ..........................................37 3.1.3. APPROPRIATE BUSINESS MODELS ........................................................................37 3.1.4. DECISION TRACEABILITY .....................................................................................38 3.1.5. INDIVIDUAL VERSUS COMMON WORKING MEMORIES ...........................................39 3.1.6. COLLABORATIVE WORKFLOW MANAGEMENT ..........................................................39 3.1.7. SYNCHRONOUS VERSUS ASYNCHRONOUS ...............................................................40 3.2. CHALLENGES RELATED TO DEVELOPMENT OF WEB APPLICATIONS ............................41 3.2.1. DIFFICULTIES IN WEB APPLICATION DEVELOPMENT..............................................41 3.2.2. HOW TO SHARE AND DISTRIBUTE COMPUTATION BETWEEN THE SERVER AND THE CLIENT? ............................................................................................................41 3.2.3. INTERACTIVITY AND SECURITY ...............................................................................42 3.2.4. HOW TO CONVERT EXISTING LEGACY SYSTEMS INTO WEB-BASED SYSTEMSON THE INTERNET?..........................................................................................................42 3.2.5. INFORMATION OVERFLOW ....................................................................................43 3.3. CHALLENGES RELATED TO DEPLOYMENT OF WEB APPLICATIONS..............................43 3.3.1. DIFFICULTIES IN DEPLOYING WEB APPLICATIONS .................................................43 3.3.2. APPROACHES TO BUILDING ENTERPRISE PORTALS....................................................44 3.3.3. ENTERPRISE PORTAL SERVERS AND ENTERPRISE PORTALETS ....................................44 3.3.4. TYPES OF ENTERPRISE PORTALETS .........................................................................45 3.4. SPECIAL REQUIREMENTS OF CPC WEB APPLICATIONS...........................................46 3.5. SUMMARY..........................................................................................................46 4 DEVELOPMENT AND DEPLOYMENT OF WEB APPLICATIONS ..................................... 49 4.1. DEVELOPMENT ARCHITECTURE ..............................................................................50 4.2. IMPLEMENTATION CONSTRUCTS..............................................................................52 4.2.1. HTML, VRML, AND XML .............................................................................53 4.2.2. ACTIVEX TECHNOLOGY ......................................................................................53 4.2.3. JAVA TECHNOLOGY.............................................................................................54 4.2.4. SUMMARY OF IMPLEMENTATION .........................................................................55 4.3. DEPLOYMENT OF WEB APPLICATIONS...................................................................56 4.3.1. DEPLOYMENT OF APPLICATION CLIENTS ...............................................................57 4.3.2. DEPLOYMENT OF APPLICATION SERVERS DEPENDENT ON WEB SERVERS.................58 4.3.3. DEPLOYMENT OF APPLICATION SERVERS INDEPENDENT OF WEB SERVERS ...............59 4.3.4. SUMMARY OF DEPLOYMENT ...............................................................................60 4.4. CONNECTION OF REMOTE DATABASES TO WEB APPLICATIONS.................................61 4.4.1. ODBC AND JDBC ...........................................................................................62 4.4.2. DATABASE CONNECTIONS TO WEB APPLICATIONS..................................................64 4.4.3. SUMMARY OF DATABASE CONNECTION.................................................................64 4.5. SUMMARY..........................................................................................................65 LIST OF CONTENTS XI 5 SYNCHRONIZATION OF WEB APPLICATIONS.............................................................. 67 5.1. COMPONENTS OF SYNCHRONISED WEB APPLICATIONS ...........................................68 5.2. RESEARCH ISSUES IN SYNCHRONISED WEB APPLICATIONS ......................................70 5.2.1. COMMUNICATION ............................................................................................. 70 5.2.2. ROLE ASSIGNMENT............................................................................................ 71 5.2.3. AWARENESS OF PRESENCE.................................................................................. 71 5.2.4. HISTORY MANAGEMENT ..................................................................................... 72 5.2.5. PARTICIPATION................................................................. .................................. 72 5.2.6. CONFLICT RESOLUTION........................................................................................ 73 5.3. STRATEGIES FOR CONFLICT RESOLUTION ...................................................................73 5.3.1. SYNCHRONISATION USING SHARED WORKSPACE................................................... 74 5.3.2. DECISION FUSION EXPLORER.............................................................................. 75 5.3.3. LOCKING MECHANISM ...................................................................................... 78 5.3.4. VOTE EXPLORER ................................................................................................ 79 5.4. SYNCHRONISATION IMPLEMENTATION.....................................................................80 5.4.1. CLIENT REFRESHING FROM SERVER-TO-CLIENT ONE-WAY COMMUNICATION............ 80 5.4.2. CLIENT/SERVER TWO-WAY COMMUNICATION ...................................................... 82 5.5. SUMMARY ..........................................................................................................84 6 BUSINESS MODELS OF DIGITAL MANUFACTURING PORTALS........................................ 87 6.1. BUSINESS PLAYERS ..............................................................................................89 6.2. NATURE OF DIGITAL ENTERPRISES...........................................................................89 6.3. FUNCTIONALITY OF WEB APPLICATIONS/CONTENTS..................................................94 6.4. VALUE CREATION .................................................................................................94 6.5. REVENUE GENERATION.........................................................................................95 6.6. ACCESS CONTROL.................................................................................................96 6.7. TOWARDS A COMPREHENSIVE FRAMEWORK...........................................................96 6.8. SUMMARY ..........................................................................................................98 7 SEARCH ENGINE OF WEB APPLICATIONS IN PRODUCT INTRODUCTION .................... 101 7.1. THE NEED FOR SPECIAL-PURPOSE SEARCH ENGINE ..............................................102 7.1.1. DRAMATIC EMERGENCE OF WEB APPLICATIONS ................................................ 102 7.1.2. GENERAL-PURPOSE SEARCH ENGINES ARE INADEQUATE ....................................... 103 7.2. SYSTEM DEVELOPMENT: OBJECTIVES AND APPROACHES ......................................104 7.2.1. WORKING SCENARIO........................................................................................ 104 7.2.2. OBJECTIVES OF THE SPECIAL-PURPOSE SEARCH ENGINE...................................... 105 7.2.3. APPROACHES TO BUILDING SEARCH ENGINES..................................................... 105 7.3. OVERVIEW OF WAPIP SYSTEM........................................................................ ....106 7.3.1. SYSTEM COMPONENTS AND ARCHITECTURE........................................................ 106 7.3.2. SYSTEM DATA MODEL...................................................................................... 107 7.3.3. SYSTEM IMPLEMENTATION AND DEPLOYMENT ................................................... 108 7.4. SYSTEM OPERATION...........................................................................................109 XII LIST OF CONTENTS 7.4.1. USER REGISTRATION AND LOGIN CONTROLS .........................................................109 7.4.2. REGISTRATION OF WEB APPLICATIONS................................................................110 7.4.3. SOLICITATION OF WEB APPLICATIONS.................................................................111 7.4.4. SEARCHING FOR WEB APPLICATIONS..................................................................113 7.5. SUMMARY........................................................................................................115 8 WEB-BASED DESIGN FOR MANUFACTURE AND ASSEMBLY .................................... 117 8.1. WEB-BASED DFA ARCHITECTURE ......................................................................118 8.2. WEB-BASED DESIGN FOR ASSEMBLY .................................................................120 8.2.1. PRODUCT DESIGN .............................................................................................120 8.2.2. WEB-BASED FUNCTIONAL ANALYSIS..................................................................120 8.2.3. WEB-BASED HANDLING ANALYSIS ....................................................................125 8.2.4. WEB-BASED FITTING ANALYSIS ........................................................................125 8.2.5. COLLECTING RESULTS ........................................................................................125 8.3. IMPLICATIONS FOR FUTURE DEVELOPMENTS .........................................................127 8.3.1. WEB-BASED ARCHITECTURE FOR COLLABORATIVE DFMA.....................................127 8.3.2. WEB-BASED GENERIC FRAMEWORK FOR DEVELOPING DFX TECHNIQUES ...........128 8.3.3. WEB-BASED FRAMEWORK FOR INTEGRATED UTILISATION OF MULTIPLE DFX TOOLS130 8.3.4. WEB-BASED DFX-ORIENTED COLLABORATIVE PRODUCT DEVELOPMENT ...............131 8.4. SUMMARY........................................................................................................133 9 FAILURE MODE AND EFFECT ANALYSIS (FMEA) OVER THE WWW ...................... 135 9.1. DESIGN TOOLS AS VIRTUAL CONSULTANTS ON WWW ...........................................136 9.2. SYSTEM ARCHITECTURE OF WEB-BASED FMEA..................................................137 9.3. FMEA SYSTEM DEVELOPMENT.........................................................................139 9.3.1. DESIGN OF FMEA WORKSHEETS......................................................................140 9.3.2. SYSTEM IMPLEMENTATION AND DEPLOYMENT....................................................141 9.4. SYSTEM OPERATION AND EVALUATION.................................................................143 9.4.1. SYSTEM OPERATION .........................................................................................143 9.4.2. SYSTEM EVALUATION........................................................................................144 9.5. IMPLEMENTING AND DEPLOYING THROUGH THIN CLIENTS.....................................145 9.6. SUMMARY........................................................................................................146 10 WEB-BASED ENGINEERING CHANGE MANAGEMENT.......................................... 147 10.1. LITERATURE REVIEW ..........................................................................................148 10.2. ARCHITECTURE OF THE WEB-BASED ECM SYSTEM ..............................................151 10.2.1. SUPPORTS FOR THE ECM LIFECYCLE ..................................................................152 10.2.2. COMPONENTS OF THE WEB-BASED ECM SYSTEM.............................................154 10.3. SYSTEM DEPLOYMENT AND IMPLEMENTATION.....................................................156 10.3.1. ECM DATABASE MODEL ..................................................................................156 10.3.2. SYSTEM DEPLOYMENT .....................................................................................157 10.3.3. SYSTEM IMPLEMENTATION................................................................................157 10.4. WEB-BASED ECM FACILITIES...........................................................................158 LIST OF CONTENTS XIII 10.4.1. WEB-BASED LOG OF ENGINEERING CHANGES................................................... 158 10.4.2. WEB-BASED REQUEST OF ENGINEERING CHANGES ............................................ 160 10.4.3. WEB-BASED EVALUATION OF ENGINEERING CHANGES........................................ 161 10.4.4. WEB-BASED NOTICE OF ENGINEERING CHANGES............................................... 162 10.4.5. TYPICAL PROCEDURE OF USING THE ECM FACILITIES ......................................... 163 10.5. SUMMARY ........................................................................................................167 11 WEB-BASED SUPPORT FOR EARLY SUPPLIER INVOLVEMENT IN NEW PRODUCT DEVELOPMENT ................................................................................................ 169 11.1. EARLY SUPPLIER INVOLVEMENT (ESI) IN NPD....................................................170 11.1.1. EARLY SUPPLIER INVOLVEMENT......................................................................... 170 11.1.2. NEW CHALLENGES........................................................................................... 171 11.2. THE WEBID FRAMEWORK..................................................................... .............174 11.2.1. WEBID OVERVIEW ......................................................................................... 174 11.2.2. WEBID COMPONENTS..................................................................................... 175 11.2.3. BROKERING CUSTOMER-SUPPLIER PARTNERSHIP.................................................. 176 11.3. THE SUPPLY EXPLORER......................................................................................177 11.4. THE BID EXPLORER ...........................................................................................178 11.4.1. THE BID MODEL............................................................................................. 178 11.4.2. INVITING AND SUBMITTING BIDS ...................................................................... 181 11.5. THE PARTNERSHIP EXPLORER...............................................................................182 11.5.1. INDIVIDUAL PARTNERSHIP INDICES..................................................................... 182 11.5.2. USES OF CONFIDENCE INDICES......................................................................... 183 11.6. THE SHARE EXPLORER ........................................................................................184 11.7. IMPLEMENTATION PERSPECTIVES.........................................................................185 11.7.1. DESIGN CONSIDERATIONS................................................................................. 186 11.7.2. DISTRIBUTION CONSIDERATIONS......................................................................... 186 11.7.3. IMPLEMENTATION CONSIDERATIONS................................................................... 187 11.7.4. DATABASE DEPLOYMENT AND CONNECTION ....................................................... 187 11.8. SUMMARY ........................................................................................................188 12 WEB-BASED COLLABORATIVE PRODUCT DEFINITION ............................................ 189 12.1. FRAMEWORK FOR EARLY PRODUCT DEFINITION ......................................................190 12.1.1. METHODOLOGY FOR EARLY PRODUCT DEFINITION................................................. 190 12.1.2. PRODEFINE SYSTEM ARCHITECTURE .................................................................. 191 12.2. CONCEPT EXPLORER ...........................................................................................194 12.2.1. EDITING/BROWSING CONCEPTS......................................................................... 195 12.2.2. CONCEPT REPRESENTATION AND IMPLEMENTATION ............................................. 195 12.2.3. COLLECTION OF CONCEPTS ................................................................................ 196 12.3. REQUIREMENT EXPLORER....................................................................................198 12.3.1. REQUIREMENT REPRESENTATION ....................................................................... 199 12.3.2. COMPILING DESIGN REQUIREMENTS ................................................................ 200 12.4. CONCEPT GENERATION EXPLORER........................................................................201 12.4.1. MORPHOLOGICAL GENERATION CHART ................................................................ 201 XIV LIST OF CONTENTS 12.4.2. GENERATING CONCEIVABLE CONCEPTS...............................................................203 12.4.3. FORMULATING SOLUTIONS..................................................................................204 12.5. CONCEPT EVALUATON EXPLORER .........................................................................205 12.5.1. ESTABLISHING EVALUATION CRITERIA ..................................................................206 12.5.2. COMPARING ALTERNATIVE SOLUTIONS WITH MORPHOLOGICAL EVALUATION CHART...207 12.5.3. EVALUATING INDIVIDUAL DESIGN FEATURES BASED ON QFD...............................209 12.6. SUMMARY........................................................................................................211 12.6.1. KEY CONTRIBUTIONS ........................................................................................211 12.6.2. POTENTIAL APPLICATIONS ..................................................................................211 12.6.3. LIMITATIONS AND FUTURE RESEARCH .................................................................212 13 WEB-BASED COLLABORATIVE PRODUCT DESIGN REVIEW .................................... 215 13.1. LITERATURE REVIEW ..........................................................................................216 13.2. FRAMEWORK FOR COLLABORATIVE PRODUCT DESIGN REVIEW ................................219 13.2.1. DESIGN CONSIDERATIONS .................................................................................220 13.2.2. CYBERREVIEW FRAMEWORK ............................................................................221 13.2.3. CYBERREVIEW COMPONENTS ..........................................................................222 13.3. CASE STUDY .....................................................................................................223 13.3.1. ORGANIZE DESIGN REVIEW WITH REVIEW COORDINATOR ...................................223 13.3.2. UPLOAD/DOWNLOAD DOCUMENTS WITH DESIGN EXPLORER .................................224 13.3.3. SUBMIT REVIEWS WITH COMMENTS EXPLORER ..................................................225 13.3.4. SUBMIT REVIEWS WITH REVIEW FORMS ...........................................................228 13.3.5. PARTICIPATE IN REVIEW WITH MEETING EXPLORER .............................................229 13.3.6. SHARE 3D PRODUCT FEATURES WITH VRML WHITEBOARD ...................................231 13.4. IMPLEMENTATION AND DEPLOYMENT CONSIDERATIONS.........................................233 13.4.1. EAI FOR REALIZING SYNCHRONIZED VRML WHITEBOARD .................................233 13.4.2. APPLET-SERVLET COMMUNICATION ...................................................................234 13.5. SUMMARY........................................................................................................235 14 ONLINE COURSEWARE ENGINE FOR TEACHING BY EXAMPLES AND LEARNING BY DOING ............................................................................................................ 237 14.1. WWW.TELD.NET: ONLINE COURSEWARE ENGINE..........................................238 14.1.1. TELD AS A TEACHING AND LEARNING METHOD ................................................239 14.1.2. COURSEWARE WEB HOST..................................................................................240 14.1.3. COURSEWARE SEARCH ENGINE ..........................................................................241 14.1.4. VIRTUAL CLASSROOM AND STUDY ROOM ............................................................242 14.2. DEVELOPMENT OF TELD COURSEWARE ENGINE .................................................242 14.2.1. ARCHITECTURE OF TELD COURSEWARE ENGINE .................................................243 14.2.2. TELD DATA MODEL........................................................................................244 14.2.3. MANY FACES OF CASES AND CURRICULA.............................................................245 14.3. OPERATION OF TELD COURSEWARE ENGINE .......................................................245 14.3.1. USE TELD TO PREPARE AND HOST COURSE MATERIALS .......................................246 14.3.2. USE TELD AS VIRTUAL CLASSROOM TO DELIVER CURRICULUM MATERIALS ELECTRONICALLY ...............................................................................................247 14.3.3. USE TELD AS VIRTUAL STUDY ROOM TO CONDUCT REVISIONS / ASSESSMENTS...248 LIST OF CONTENTS XV 14.4. SUMMARY ........................................................................................................249 LIST OF REFERENCES ................................................................................................ 253 LIST OF WEBSITES.................................................................................................... 265
any_adam_object	1
author	Huang, George Q. 1962- Mak, K. L. 1948-
author_GND	(DE-588)123764300 (DE-588)123764297
author_facet	Huang, George Q. 1962- Mak, K. L. 1948-
author_role	aut aut
author_sort	Huang, George Q. 1962-
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classification_tum	FER 070f TEC 630f
ctrlnum	(OCoLC)248542178 (DE-599)BVBBV014301150
dewey-full	670.285
dewey-hundreds	600 - Technology (Applied sciences)
dewey-ones	670 - Manufacturing
dewey-raw	670.285
dewey-search	670.285
dewey-sort	3670.285
dewey-tens	670 - Manufacturing
discipline	Technik Werkstoffwissenschaften / Fertigungstechnik Wirtschaftswissenschaften
format	Book
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id	DE-604.BV014301150
illustrated	Illustrated
indexdate	2024-12-20T11:02:52Z
institution	BVB
isbn	3540434658
language	English
oai_aleph_id	oai:aleph.bib-bvb.de:BVB01-009809948
oclc_num	248542178
open_access_boolean
owner	DE-92 DE-703 DE-29T DE-91G DE-BY-TUM DE-523 DE-634
owner_facet	DE-92 DE-703 DE-29T DE-91G DE-BY-TUM DE-523 DE-634
physical	XV, 272 S. Ill., graph. Darst.
publishDate	2003
publishDateSearch	2003
publishDateSort	2003
publisher	Springer
record_format	marc
spellingShingle	Huang, George Q. 1962- Mak, K. L. 1948- Internet applications in product design and manufacturing World Wide Web - Anwendungssystem - Fertigung World Wide Web - Anwendungssystem - Produktentwicklung - Produktgestaltung Produktgestaltung (DE-588)4047340-5 gnd Produktentwicklung (DE-588)4139402-1 gnd Anwendungssystem (DE-588)4139375-2 gnd Fertigung (DE-588)4016899-2 gnd World Wide Web (DE-588)4363898-3 gnd
subject_GND	(DE-588)4047340-5 (DE-588)4139402-1 (DE-588)4139375-2 (DE-588)4016899-2 (DE-588)4363898-3
title	Internet applications in product design and manufacturing
title_auth	Internet applications in product design and manufacturing
title_exact_search	Internet applications in product design and manufacturing
title_full	Internet applications in product design and manufacturing George Q. Huang ; K. L. Mak
title_fullStr	Internet applications in product design and manufacturing George Q. Huang ; K. L. Mak
title_full_unstemmed	Internet applications in product design and manufacturing George Q. Huang ; K. L. Mak
title_short	Internet applications in product design and manufacturing
title_sort	internet applications in product design and manufacturing
topic	World Wide Web - Anwendungssystem - Fertigung World Wide Web - Anwendungssystem - Produktentwicklung - Produktgestaltung Produktgestaltung (DE-588)4047340-5 gnd Produktentwicklung (DE-588)4139402-1 gnd Anwendungssystem (DE-588)4139375-2 gnd Fertigung (DE-588)4016899-2 gnd World Wide Web (DE-588)4363898-3 gnd
topic_facet	World Wide Web - Anwendungssystem - Fertigung World Wide Web - Anwendungssystem - Produktentwicklung - Produktgestaltung Produktgestaltung Produktentwicklung Anwendungssystem Fertigung World Wide Web
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=009809948&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT huanggeorgeq internetapplicationsinproductdesignandmanufacturing AT makkl internetapplicationsinproductdesignandmanufacturing

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