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Optimizing Flexibility and Commitments: Partially-Adaptive Multi-Stage Matrix Assembly Layout Design Problem

Baturhan Bayraktar, Merve Bodur, Martin Grunow, Rainer Kolisch · 2026 · arXiv

DOI: 10.48550/arXiv.2610.27401 · open-access PDF

German

Matrix-Assembly-Layouts bieten Produktionsflexibilität unter Produktvielfalt und Nachfragevolatilität durch lokal umkonfigurierbare Produktionsstationen. Periodisches Neugestaltung nutzt diese Flexibilität, doch bestehende Modelle erlauben nur jährliche Revisionen. Feinere Kalender zeigen einen Flexibilitäts-Verpflichtungskompromiss: Vorab-Layout-Verpflichtungen Unterstützung Koordination, Lieferantenvereinbarungen und Rabatte. Wir stellen das Layout-Revision-Timing-Problem vor, indem wir gemeinsam Revisionspunkte und verpflichtete Layout-Sequenzen unter Nachfrageunsicherheit auswählen, während die Produktion sich innerhalb dieser Layouts anpasst.

Machine translation (Meta M2M100); the English original follows.

Abstract

Matrix assembly layouts provide manufacturing flexibility under product variety and demand volatility through locally reconfigurable production stations. Periodic redesign exploits this flexibility, yet existing models allow only annual revisions. Finer calendars expose a flexibility-commitment trade-off: advance layout commitments support coordination, supplier agreements, and discounts. We introduce the layout revision timing problem, jointly choosing revision points and committed layout sequences under demand uncertainty while production adapts within those layouts. We formulate it as a par

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