Programmable Manufacturing Advisor—A Tool for Automating Decision-Making in Production Systems


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Abstract

Programmable Manufacturing Advisor (PMA) is a device intended to automate decision-making in manufacturing environment. Programming and installing a PMA at any production system makes it smart: it becomes capable of self-diagnosing and providing the Operations Manager with an advice for achieving the desired productivity improvement. In this paper, theoretical/analytical foundations of PMA are outlined, its software/hardware implementations are commented upon, and demonstrations of PMA-based Smart Production Systems are provided using an automotive underbody assembly system and a hot-dip galvanization plant.

About the authors

P. Alavian

University of Michigan

Author for correspondence.
Email: alavian@umich.edu
United States, Ann Arbor, Michigan

Yongsoon Eun

DGIST

Author for correspondence.
Email: yeun@dgist.ac.kr
Korea, Republic of, Daegu

S. M. Meerkov

University of Michigan

Author for correspondence.
Email: smm@umich.edu
United States, Ann Arbor, Michigan

Liang Zhang

University of Connecticut

Author for correspondence.
Email: liang.zhang@uconn.edu
United States, Storrs, Connecticut

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