The current solutions implanted in the majority of manufacturing systems controlled by PLCs were developed through the language of programming known as "ladder".
The learning process of these networks is carried out based on training data generated from the healthy manufacturing system controlled by a programmable logic controller (PLC).
With increasing of industrial demand, concerning flexibility of automated manufacturing systems control, and also with needs of remote control of those systems, the know-how about industrial communication networks is crucial.
The purpose of this article is to elaborate a global methodology of specification design and analysis of the flexible manufacturing systems control covering the coordination level which deal with interaction manage between different workshop resources and principally with synchronization problems.
On the other hand, it seems to the author that most of the complexity intrinsic to the subject itself relies on the different meanings or levels of abstraction that both the terms "manufacturing system" and "control" may symbolize.
Furthermore, in addition to the development of the formal specification, the presented program will also implement the proposed fab modeling and control framework in a Web-based simulation platform, that will function as a fab (re- configuration and contre- configurationl for the fandcontrol engineer, and asynthesisatoolal tool for manufactheing system modeling and control.
The layout design problem is one of the most important issues for manufacturing system design and control.
Given the high degree of automation in manufacturing systems, automatic control systems have become central to shop floors' responsiveness.
When learning factories are equipped with the capabilities of Changeable Manufacturing Systems CMSS), they can be used for investigating and teaching the changing effects on product design by manufacturing system reconfiguration, planning and control.
In many real-life day-to-day queueing situations as well as industrial systems such as production, communication, transportation, and manufacturing systems, the controlling F-policy and N-policy are being used as cost-effective approaches.
