臺灣博碩士論文加值系統

處在變動快速，全球競爭的電子商務環境中，企業正在尋找一個能有效提升生產效率的方法，而虛擬企業（Virtual Enterprise）就是為了這個目的而誕生的新商業模式。本論文旨在找出一個高效能且有效率的虛擬企業運作模式。
首先，我們設計一個完整的企業模型（Enterprise Model），用來描述企業的組成和流程的運作，同時作為企業合作的共通語言。以此模型為基礎，我們發展出一套虛擬企業的架構，靠著各種代理軟體（Agent）的合作，讓虛擬企業能有效的運作。最後，我們利用Java和XML將這個架構實際開發成一套系統，並利用劇本模擬驗證我們的想法和架構是具體可行且有效的虛擬企業實現方案。

In competitive B2B E-Commerce environment, enterprises seek a new way to decrease cycle time and make operation more productive. Virtual enterprises address these needs. In this thesis, we try to find an effective and efficient way to facilitate virtual enterprise operation.
First, we design an enterprise model that supports detailed enterprise description and cross-enterprise processes. Based on the enterprise model, we then establish an agent-based virtual enterprise framework. At last, we use XML and Java to implement a software system to examine our virtual enterprise framework. By scenario simulation, we demonstrate that our framework turns out to be a suitable solution for enterprises to develop virtual enterprise applications.

CHAP.1 INTRODUCTION
1.1 MOTIVATIO
1.2 BRIEF SURVEY
1.3 CONTRIBUTION
1.4 ORGANIZATION
CHAP.2 PRELIMINARY
2.1 OVERVIEW OF B2B E-COMMERCE
2.2 ENTERPRISE MODELING
2.2.1 PURPOSE AND SCOPE
2.2.2 PRINCIPLE
2.2.3 CRITERIA
2.3 REVIEW OF SOME ENTERPRISE MODELS
2.3.1 CIMOSA
2.3.2 IEM
2.3.3 PETRI NETS
2.4 BASIS OF XML
CHAP.3 PROCESS-ORIENTED ENTERPRISE MODEL
3.1 OVERVIEW
3.2 ORGANIZATION VIEW
3.3 RESOURCE VIEW
3.4 INFORMATION VIEW
3.5 PROCESS VIEW
3.5.1 FRONT END
3.5.2 BACK END
3.5.3 B2B PROCESS INTERACTION
CHAP.4 VIRTUAL ENTERPRISE FRAMEWORK
4.1 OVERVIEW
4.2 AGENT-BASED ARCHITECTURE FOR ENTERPRISE
4.3 AGENT-BASED ARCHITECTURE FOR FACILITATOR
4.4 OPERATIONAL FLOW
CHAP.5 IMPLEMENTATION
5.1 SYSTEM DESIGN
5.2 SYSTEM DEMONSTRATION
CHAP.6 CONCLUSION

[1] F.B. Vernadat, “Enterprise Modeling and Integration:
principles and applications”, 1996.
[2] August-Wilhelm Scheer, “Business Process Engineering:
Reference Models for Industrial Enterprises”, 1998.
[3] Donald H. Liles and Adrien R. Presley, “Enterprise
modeling within an enterprise engineering framework”,
Proceedings of the conference on Winter simulation, 1996,
Pages 993-999.
[4] Yushun Fan, Schonewolf W. and Xuejun Pel, “Design of a
control and integration net for simulation of CIMOSA-based
business processes in cellular manufacturing”, IEEE
International Conference on Systems, Man and Cybernetics,
1996, Pages 1242-1246 vol.2.
[5] Workflow Management Coalition, The Workflow Management
Specification — Terminology & Glossary, WFMC-TC-1011,
Issue 3.0, 1999.
[6] Murata T., “Petri nets: Properties, analysis and
applications”, Proceedings of the IEEE , Volume 77 Issue
4, April 1989, Pages 541-580.
[7] Hongmei Gou, Biqing Huang, Wenhuang Liu, Shouju Ren and Yu
Li, “Petri-net-based business process modeling for virtual
enterprises”, IEEE International Conference on Systems,
Man, and Cybernetics, 2000, Pages 3183-3188 vol.5.
[8] Yen-Liang Chang, Chen S, Chyun-Chyi Chen and Chen I.,
“Workflow process definition and their applications in e-
commerce”, Proceedings of International Symposium on
Multimedia Software Engineering, 2000, Pages 193-200.
[9] Schulz K. and Milosevic Z., “Architecting cross-
organisational B2B interactions”, Proceedings of Fourth
International Enterprise Distributed Object Computing
Conference, 2000, Pages 92-101.
[10] Ouzounis V. and Tschammer V., “A framework for virtual
enterprise support services”, Proceedings of the 32nd
Annual Hawaii International Conference on Systems
Sciences, 1999, Pages 1-9.
[11] Heiko Ludwig and Keith Whittingham, “Virtual enterprise
co-ordinator--agreement-driven gateways for cross-
organisational workflow management”, Proceedings of the
international joint conference on Work activities
coordination and collaboration, 1999, Pages 29-38.
[12] Martin Hardwick, David L. Spooner, Tom Rando and K. C.
Morris, “Sharing manufacturing information in virtual
enterprises”, Commun. ACM 39, 2 (Feb. 1996), Pages 46 -
54.
[13] Weimin Du and Ming-Chien Shan, “Enterprise workflow
resource management”, Proceedings of Ninth International
Workshop on Research Issues on Data Engineering:
Information Technology for Virtual Enterprises, 1999,
Pages 108-115.
[14] http://www.extricity.com
[15] http://www.rosettanet.org
[16] Faisal Hoque, “e-Enterprise: Business Models,
Architecture, and Components”, 2000.
[17] Huiping Liu, Yushan Fan. and Cheng Wu, “The research of
integrated enterprise modeling method based on workflow
model”, 7th IEEE International Conference on Emerging
Technologies and Factory Automation, 1999, Pages 187-193
vol.1.
[18] http://www.w3c.org
[19] http://www.wfmc.org