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Table of contents
Part I – Product Lifecycle Management
Chapter 1 – Research questions and methodologies
1.1 INTRODUCTION
1.2 RESEARCH QUESTIONS
1.2.1 Definition of Product Lifecycle Management
1.2.2 Reference model for Product Traceability
1.3 RESEARCH METHODOLOGIES
1.4 STRUCTURE OF THE THESIS
1.5 REFERENCES OF THE CHAPTER
Chapter 2 – Elements of PLM
2.1 INTRODUCTION
2.2 PRODUCT LIFECYCLE PHASES
2.2.1 Product lifecycle reference model
2.3 PLM ICT ELEMENTS AND FUNCTIONALITIES
2.3.2 ICT evolution into the design processes
2.3.3 ICT evolution into the operation management processes
2.3.4 ICT evolution into the supporting processes
2.3.5 Main PLM ICT functionalities
2.3.6 PLM ICT foundations
2.4 PROCESSES IN THE PRODUCT LIFECYCLE MANAGEMENT
2.5 CONCLUSIONS OF THE CHAPTER
2.6 REFERENCES OF THE CHAPTER
Chapter 3 – Industrial test cases on PLM
3.1 INTRODUCTION
3.2 RESEARCH OBJECTIVES AND METHODOLOGY
3.3 ANALYSIS OF THE ITALIAN EXPERIENCES
3.4 CONCLUSIONS
3.5 REFERENCES OF THE CHARTER
Chapter 4 – Definition of PLM
4.1 INTRODUCTION
4.2 TOWARDS A DEFINITION OF PLM
4.2.1 Proposal of a comprehensive definition of PLM
4.3 PLM MARKET AND TRENDS
4.4 OPEN ISSUES IN PLM
4.5 CONCLUSIONS
4.6 REFERENCES OF THE CHAPTER
Part II – Product Lifecycle Traceability
Chapter 5 – Product Lifecycle Traceability
5.1 INTRODUCTION
5.2 PRODUCT LIFECYCLE TRACEABILITY
5.2.1 Towards holonic product modeling and traceability
5.3 STATE OF THE ART OF PRODUCT LIFECYCLE TRACEABILITY
5.4 PRODUCT TRACEABILITY TECHNOLOGIES
5.4.1 Bar code technologies
5.4.2 Radio frequency identification
5.4.3 Traceability architecture
5.5 CONCLUSIONS
5.6 REFERENCES OF THE CHAPTER
Chapter 6 – State of the art of enterprise standards
6.1 INTRODUCTION
6.2 INTEGRATION REFERENCE MODELS
6.3 INTEROPERABILITY STANDARDS
6.3.1 Product Development Interoperability Standards
6.3.2 Product Production Interoperability Standards
6.3.3 Product Use Interoperability Standards
6.3.4 Automatic Product Identification standards
6.4 CONCLUSIONS
6.5 REFERENCES OF THE CHAPTER
Chapter 7 – State of the art of HMS
7.1 INTRODUCTION
7.2 INTRODUCTION TO HMS
7.3 DEFINITION OF HMS
7.3.1 Holon behavior
7.3.2 Holonic concepts in manufacturing: HMS
7.4 STATE OF THE ART OF HMS
7.4.1 System architectures
7.4.2 Hierarchical versus heterarchical architectures
7.4.3 PROSA Reference architecture
7.4.4 Holons in production planning and control
7.4.5 Virtual Holonic Enterprise
7.4.6 Business among Holonic Enterprises
7.5 CONCLUSIONS
7.6 REFERENCES OF THE CHAPTER
Chapter 8 – Proposal of a holonic product traceability model
8.1 INTRODUCTION
8.1.1 Product lifecycle traceability needs
8.2 DEFINITION OF THE REQUIREMENTS
8.2.1 User Requirements
8.2.2 Main Requirements
8.2.3 Model requirements
8.3 MODEL STRUCTURE
8.3.1 ObjectInformation
8.3.2 The Life Cycle Phase
8.3.3 Event, Activity and Resource
8.4 IMPLEMENTATION OF THE MODEL
8.4.1 XML Implementation
8.5 CONCLUSIONS
8.6 REFERENCES OF THE CHAPTER
Chapter 9 – Validation of the metamodel
9.1 INTRODUCTION
9.2 TEXTILE CASE
9.2.1 Overview of the manufacturing system
9.2.2 Application 1 – Producing synthetic reel
9.2.3 Application 2 – Producing natural reel
9.3 VETRORESINA PADANA CASE
9.3.1 Overview of the manufacturing systems
9.3.2 Application 1- producing California 90 PE
9.3.3 Application 2 – Delivering California PE
9.4 CONCLUSIONS
9.5 REFERENCES OF THE CHAPTER
Chapter 10 – Conclusions
10.1 INTRODUCTION
10.2 CONCLUSIONS ON THE FIRST PART OF THE THESIS 254
10.3 CONCLUSIONS ON THE SECOND PART OF THE THESIS
10.3.1 Limits and advantages of the proposed model
10.3.2 Further developments
10.4 CONCLUSIONS OF THE CONCLUSION
