An Integer Programming Procedure for Assembly System Design Problems

This technical report details an integer programming procedure designed for solving assembly system design problems. It presents a methodology for optimizing the configuration of assembly lines and related systems, focusing on efficiency and cost-effectiveness. The study by Stephen C. Graves and Bruce William Lamar explores mathematical models and algorithms applicable to complex industrial settings, providing insights into enhancing productivity and resource allocation.

This research is of interest to operations managers, industrial engineers, and researchers in the field of optimization and supply chain management.

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