| dc.description.abstract | Base on the increasing demand of Intelligent Factory, to achieve rapid system function, customer delivery in due date, become a major challenge. This study represents Hierarchical and modular work form system design, using the MIAT system design methodology, Grafcet discrete event modeling and high-level synthesis of system software to develop customized project system in the processing industry according to IDEF0 hierarchical and modular design. This study uses four types of customize project to validate this methodology. We have record their development time, the number of program code lines, the execution of test items and feedback debugging record, compare the difference between the MIAT system design methodology and traditional development method, the result shows that the code compiling average can be reduced 20%, development working days can be reduced 30%, test burden can be reduced 20%, debugging time can reduced half percentage. The experimental results also show that when the system complexity is higher, the development benefit of using the MIAT system design methodology is more efficient. | en_US |