Enhancing the efficiency of supply chain processes through web services

Among business enterprises, keen competition is accelerating the introduction of Supply Chain Management (SCM). SCM entails the utilization of cutting-edge information technology in elaborately designing, managing and integrating supply chain processes so that participating companies’ processes are interoperational at the global level. Recently, new Business Process Management (BPM) technology has attracted much attention as an indispensable tool for managing the supply chain synthetically and systematically. This next-generation technology, a great advance on existing BPM systems, can greatly enhance overall process efficiency in run-time. The critical path(s) in a process, and the slack time of each task, being the typical determiners of supply chain process efficiency, are the basis of a method, proposed in this paper, of efficiently executing global supply chain processes. The proposed method acts as a dispatching rule that can guide prioritization of the tasks in order to improve the run-time efficiency of supply chain processes. We provide several simulated results to demonstrate the effectiveness of our method, propose a web-service-based system architecture for the communication of the run-time data of tasks among processes in heterogeneous environments, and present a prototype of the system implemented.

Hyerim BaeEmail:

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Seung-Hyun Rhe   is a researcher in the Department of Industrial Engineering at Seoul National University. Before becoming a researcher, he had been with Handysoft Corporation, an international business process management (BPM) vendor located in Korea, for two and a half years. In Handysoft, he was responsible for designing its client companies’ processes, integrating their legacy systems and developing a software product. Now, he is interested in business process design, e-marketplace design using web service technology and industry redesign by IT. His current research activities include the improvement of BPM using theory of constraints and the development of personalized content service on the internet.