Pusher construction method for product application service system
Shuying Wang · Computer Integrated Manufacturing Systems · 2010
To improve flexibility and self-adpativeness of product application service system in supply chain environment,and to realize synchronous evolution of business process and service system,a pusher system construction method was put forward.Firstly,the four-layer model-driven architecture including the Extension Unified Modeling Language(EUML) meta-model,Product Application Service Demand Model(PASDM),Product Resource Whole Performance Model(PRWPM) and Product Application Service Model(PASM) was established.Furthermore,the driven model and business process of industry chain were endowed vital signs,and the negative feedback control method was used to push interactive circulation and iterative jump of system construction activities and operation activities of service system so as to promote construction process optimization.The stable service system was obtained by self-adaptive combination of multi-component of Product Application Service Component(PASC).Finally,this method was validated by the construction practice of product application service system in Sichuan Truck Manufacturing Co.,Ltd.