Zusammenfassung
Dieser Beitrag behandelt die Problemstellung der Integration eines Entscheidungsträgers (ET) in einen interaktiven Ansatz und geht in diesem Kontext auf den offensichtlichen Bedarf von Simulationsmethoden ein. Das neuartige Simulationskonzept fokussiert hierbei die experimentelle Integration von Verhaltensmustern des ET. Solche Verhaltensweisen können beispielsweise die Ermüdung oder das Lernverhalten des ET während des Interaktionsprozesses beinhalten. In den bisherigen Ansätzen wurde dem Verhalten des Experten Rechnung getragen, indem sich viele Arbeiten mit der Anwendung von Nutzenfunktionen beschäftigen. Im Rahmen experimenteller Arbeit wird anhand von Testinstanzen für das integrierte Bestands- und Tourenplanungsproblem aufgezeigt, dass der Lösungsansatz in der Lage ist, Lösungen zu generieren, die gegen eine meistpräferierte Lösung konvergieren.
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Huber, S., Geiger, M., Sevaux, M. (2015). Simulation des Entscheidungsträgers unter Unsicherheit – Mehrkriterielle Optimierung für das integrierte Bestands- und Tourenplanungsproblem. In: Schenk-Mathes, H., Köster, C. (eds) Entscheidungstheorie und –praxis. Springer Gabler, Berlin, Heidelberg. https://doi.org/10.1007/978-3-662-46611-7_1
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