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Bringing the best of both worlds together and incorporate it in a clear Functional Software Architecture; this is one of the first objectives an organization has to reach when business process efficiency has to be improved. This rich schematic reference must be constructed by the right combination of methods and techniques in order to set detailed software specifications into the wider enterprise context. Figure 1 shows the methods and techniques that can be used or combined. Further research must reveal which combination is best in filling in the gab between business and software.
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==References==
[1] Kim & Weston & Hodgson & Lee (2002); The complementary use of IDEF and UML. Information system engineering, Deajon University South Korea, Computers & Industrial Engineering 50, 35 – 56
[2] Zakarian & Kusiak; Process analysis and reengineering: Departement of Industrial Engineering, University of Iowa, USA, Computers & Industrial Engineering 41, 135-150
[3] Beekman, (1989); European Committee for Standardization, ECN TC310 WG1, 1994
[4] U.S. Airforce (1981); ICAM architecture part 1, Ohio, Air Force Materials Laboratory, Wright-Patterson
[5] Peterson J.L. (1981); Petri net theory and the modelling of systems, Englewood Cliffs, N.J., Prentice Hall
[6] Marshall, C. (2000); Enterprise Modelling with UML, ISBN 0-201-43313-3, Addison-Wesley, MA
[7] Vernadat F.B.; A vision for future work of the task force (IFAC-IFIP)
[8] Silva, M. and Valette, R. (1989); Petri nets and Flexible manufacturing. Lecture Notes on Computer Science, 424, 374±417.
[9] Zhu et al. (2004); Model-driven business process integration and management: A case study with the Bank SinoPac regional service platform, IBM Corporation, Res. & Dev. Vol. 48 No. 5/6
[10] Aguiar, M. (1995); Executing Manufacturing Models of Open Systems, Ph.D. Thesis, Loughborough University
[11] Eriksson & Penker (1998); UML Toolkit, Wiley, New York
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