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|Author(s):||Deogratias Kibira; Charles R. McLean;|
|Title:||Generic Simulation of Automotive Assembly for Interoperability Testing|
|Published:||July 01, 2007|
|Abstract:||Computer simulation is effective in improving the effi-ciency of manufacturing system design, operation, and maintenance. Most simulation models are usually tailored to address a narrow set of industrial issues, e.g., the intro-duction of a new product. If generic data-driven simulations could be developed they would be reusable for wider application including interoperability testing of stan-dards for exchange of data across the supply chain in manufacturing. To facilitate future interoperability testing and training, scientists at the National Institute of Stan-dards and Technology are currently developing distributed, integrated manufacturing simulations for automotive manufacturing. These simulations are being developed at four different levels: the supply chain, the assembly plant, the engineering systems, and the shop floor level. This pa-per describes the development of a simulation model of the final assembly plant. Future efforts will increase the versa-tility of the model, run it on neutral data and extend integration with supply chain simulation.|
|Proceedings:||Proceedings of the 2007 Winter Simulation Conference|
|Dates:||December 11-13, 2007|
|Keywords:||automotive manufacturing,interoperability,neutral data,simulation,supply chain integration,virtual manufacturing|
|Research Areas:||Simulation, Manufacturing|
|PDF version:||Click here to retrieve PDF version of paper (1MB)|