Study On The Collaborative Product Commerce For Costume Industry

As a business solution, Collaborative Product Commerce (CPC) was appeared in the beginning of 21st century. Because it have federal data model, the data from the different source can be visited by each other, the different information system can operate with each other, the system structure Web-centered makes the system expanded inimitably, the XML technique supports page-orders and collaborative mechanism. From philosophy to technique means, CPC seeks the solution to break shields among each applied system and connect isolated information islands. Clothing industry is a traditional labor-intensive industry, a main way to create foreign exchange for our country. Faced with the soaring cost of international energy and human resource, it is an effective means to increase our international competition ability that increasing the additional value of clothing by exalting enterprise's information level.This thesis puts forward the concept of CPCC (Collaborative Product Commerce for Costume) through analyzing the evolvement of clothing production mode and the characteristics of the production process. From product strategy, decision mode, development team, development process and organizes construction etc. the thesis studies the basic theories of CPCC.In the methods of CPCC, the system frame and strategies are researched. The extending of CRM is discussed especially. Based on the gray relationship analyzes (GRA), the method of creating Virtual Model is presented. Illuminated by the thought of VE (Value Engineering), the model describing the degree of the customer's satisfaction is presented, as well as the strategy of price respond. The thesis investigates the application of Extenics in the collaborative environment, and puts forward the Improved Appraisal of the Advantageous Degree used for group-expert evaluation. Based on the above theories, Belsun-CPCC system is designed and main researches are embodied in the system. Finally, the conclusion is drawn, and related suggestion for future research is put forward.Thank National Natural Science Foundation of China(NSFC) for supporting this thesis by project "Research on theory and method of CPC-oriented product development process modeling based on extenics" (number 70272056 ).