Research on Integration Technology and Application of ERP and MES
Fang Mu-yun
Abstract
Fang Mu-yun
Abstract
With the development of ERP,more and more corporations in manufacturing industry are interested in the integration of two systems,ERP and MES.In this paper,the necessity of MES and ERP,the MES concept and the function model are introduced.Carry on the analysis to management information system of planning layer and execution layer.An integration system of ERP and MES for an example which based on an iron and steel enterprise which uses the indirect model,carry on the analysis and descriptions to integration method and technology.The results show that system performance is improved obviously at four aspects(the efficiency of production,the number of product in the mill,the changing cycle of project and delivery time).It makes the improved system can control subtly the production process and improve the efficiency.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
With the development of ERP,more and more corporations in manufacturing industry are interested in the integration of two systems,ERP and MES.In this paper,the necessity of MES and ERP,the MES concept and the function model are introduced.Carry on the analysis to management information system of planning layer and execution layer.An integration system of ERP and MES for an example which based on an iron and steel enterprise which uses the indirect model,carry on the analysis and descriptions to integration method and technology.The results show that system performance is improved obviously at four aspects(the efficiency of production,the number of product in the mill,the changing cycle of project and delivery time).It makes the improved system can control subtly the production process and improve the efficiency.
Key concepts: Computer science, Enterprise resource planning, Process management, Process (computing), Production (economics), Function (biology), Product (mathematics), System integration