Modern factories are far too complex to be designed by ad hoc methods--real engineering tool chains are needed.
The key to automating analysis model creation is formal models conforming to a metamodel.
All flow control decisions in warehouses, factories and supply chains answer one of these five questions.
We must separate the specification of the system and the specification of its analysis. Formal system models are required.
Welcome to the William M. Keck Virtual Factory Lab
The Virtual Factory Lab (VFL) was established in 1996 with the generous support of the W. M. Keck Foundation (http://www.wmkeck.org/). The founding goal was to create "virtual factories" in software on which we could experiment to draw conclusions about how "real factories" could be designed, managed and controlled. Over the past twenty years, the scope of the VFL has broadened to "discrete event logistics systems" (DELS), which are systems consisting of networks of resources through which items flow and are transformed to higher value. The DELS domain includes factories, but also warehouses, supply chains, and even health care delivery systems, among many others. The founding goal has evolved into three broad themes of research: (1) addressing the need for an ontology, semantics, and syntax for precisely specifying instances of DELS; (2) addressing the need to automate translation from a precise specification of a DELS instance to a routine, well-understood analysis model for answering a question about that instance; and (3) addressing the need for engineering theories, methods and tools for designing DELS. In addition, the VFL also is active in promoting educational innovation in the teaching of courses on the modeling, analysis, control, management and design of DELS. The VFL is the home in ISyE for Model-Based Systems Engineering and expertise on OMG's Systems Modeling Language, SysML(tm).