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| SCHUH, G.; SAUER, A.; DÖRING, S.: Modeling Collaborations as Complex Systems. 4th International Industrial Simulation Conference (ISC 2006). 5-7 Juni 2006, University of Palermo, Palermo, Italien, S. 168-174. |
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Currently, in the branch of production industry, there is an increasing tendency to collaborate. Although promising a better survival in the globalising market structures, those collaborations oftentimes fail due to a lack of problemoriented comprehension concerning the required systems setup. This results in a very high failure rate that is near 50%. Although various models account for an individual company as an entity, there is a lack of complementary approaches that address the characteristics of enterprise networks. Therefore, new approaches for modeling both the core complexity of collaborative drivers in reality and the inherent
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complexity of collaborative production systems required. This paper wants to draw attention to the application of principles for complex systems from natural sciences to collaborative enterprise networks as socio-technical systems; the porsition is taken that tis might yield the missing complementary approaches.
This paper aims to exemplify an outline for the development of a Generic Model Complexity (GeMoC). The GeMoC shall provide a problem-to-system match for collaborations in production industry. In the following the underlying concept for the development of this model will be uncovered.
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