Analysis of the Granularity of Task Decomposition in Enterprise Alliance Based on System Dynamics

Xian Zhang

doi:10.4028/www.scientific.net/AMR.314-316.487

Paper Titles

Study on Production Mechanism of End Concavity in Cross Wedge Rolling
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Analysis and Research of Mathematical-Physical Models on Simulation of Electrochemical Machining
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Process Research on Cold Rolling of Gulley Ball Bearing Inner Ring
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Experiments and Simulation of Elastic-Plastic Deformation in Thin Wall Part Milling
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Analysis of the Granularity of Task Decomposition in Enterprise Alliance Based on System Dynamics
p.487

Effect of Sample Materials on the AFM Tip-Based Dynamic Ploughing Process
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Study on Cutting Less-Teeth Gear with the Slotting Tool
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Application of Collision and Interference Inspection Algorithm Based on Bounding Box in NC Machining Simulation
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Influence of Initial Microstructure on Rheology of Al-Zn-Mg-Cu Alloy during Thermal Compression
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Analysis of the Granularity of Task Decomposition in Enterprise Alliance Based on System Dynamics

Abstract:

The influence brought by the granularity of task decomposition on the key factors of enterprise aliance was studied based on system dynamics method. These factors includs inter-restriction, product manufacturing time, collaboration fee, Alliance leader benefit, capability and compatibility. Causality diagram and system dynamics model were established for these factors. This paper also developed a simulation program for the granularity of task decomposition based on the system dynamics model and validated the effectiveness of the proposed model by a qualitative analysis. The results show that it is a workable method to research the granularity of task decomposition in enterprise aliance using system dynamics theory.