| Summary: | 碩士 === 中原大學 === 資訊管理研究所 === 95 === High production rate, flexibility and low production cost are the main characteristics of manufacturing metal sheet by presses and dies in nowadays mechanical industry. This manufacturing process is most suitable for mass production of manifold products, which are complex in shape, highly replaceable as well as highly precise in dimension, in a short period.
The research purpose of this thesis is to build and to develop a decision support system of presses-dies and fixtures layout design workflow planning solution. In order to achieve the purposes mentioned above, the research procedures are listed as following:
First of all, a comprehensive study of workflow planning for the design of press-die and fixture in automobile parts industries will be carried out. Furthermore, we try to categorize those problems mentioned above and interview some advisors and experts with special designed questions to extract and summarize their knowledge, experience and admissible solutions. Besides, we will also analyze the planning problems and solutions of different enterprises to integrate and to build a decision support knowledge base which consists of technology and experience. All these efforts we do are for the design knowledge and experience of press equipments and die, which can be easily applied by the enterprises.
After the possessing of the planning knowledge and experience, we immediately give advice of the planning demand, DSS and set up a platform of planning knowledge and wiser decision to the enterprises and planners to work smartly by supplying a systematized procedure of the whole planning and decision approach.
Finally, experience gained by applying the system in practical situation can enhance the user’s planning capabilities, to capture the system requirement precisely, and to improve planning quality and efficiency, so that organizational requirements can be satisfied promptly. When applying the above mentioned results to workflow planning, not only the planner’s capability and work quality can be improved but also the efficiency due to the assistance of a well-established system platform.
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