Based On E - The Hub Design And Implementation Of Integrated Supply Chain Management Platform

With the increasingly fierce market competition, enterprises must respond quickly to dynamic market changes. To achieve the purpose, company’s integrated supply chain management to suppliers, manufacturers, warehouses, distribution centers and channels to effectively integrate, so that the entire supply chain costs to a minimum. Under this premise, the establishment-based E-HUB integration of supply chain management platform as the Internet an open platform for supply chain enterprises to achieve information sharing, data sharing, interactive services is important.Based on the systematic analysis a summarized review, the thesis is combined with the development of integrated supply chain trend of integrated supply chain management in-depth study. On the basis of the above research work, this thesis designed and implemented the system for E-HUB integration in supply chain management platform.The system is based on XML, using the SOA service oriented architecture for the overall platform design. For the system needs to achieve the main functionality through the artificial neural network technology to build products demand forecasting model, multi-level inventory management through the establishment of the general model of inventory control, supply chain coordination mechanism with integrated hierarchical model of collaboration to achieve strategic partners, as well as the use of multi-level dynamic fuzzy comprehensive evaluation method for system performance evaluation. This research is relevant areas of research and development has an important innovative theories, methods and technical tools.This thesis is divided six chapters:Chapter 1 is the introduction of this thesis, which introduced the significance of research work based the summary of literatures, and outlined the research work; Chapter 2 is study of integrated supply chain management development trend and demand analysis; Chapter 3 is the establishment of the management platform; Chapter 4 is the implementation of that system; Chapter 5 is described the E-HUB based integrated supply chain management platform application; Chapter 6 is the conclusion and our future work.