Abstract
The paper outlines the methodology and knowledge engineering approach to the development of an interactive inventory management system for use in a manufacturing company in the U.K.. The prototype system developed with an artificial intelligent(AI) language provides a linkage between management and computer-integrated manufacturing (CIM), and is comprised of four major modules and has a feed back loop which can be used for comparing the actual and estimated values, and automatically updating the inventory records. To test the industrial applicability of the system, data from manufacturing industries have been used. The interactive system which uses a hierarchical decision rules for inventory control domain and uses goal oriented interaction and backtracking interface procedures, has the potential benefits of: better resources planning and management, reduced inventory levels and production lead times, and consistency in maintaining record integrity.
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