Developing object-oriented and Petri-net models for distribution and testing stations of Modular Production System (MPS) of the SGU's Festo fms 102
This thesis project is aimed for introducing software development technique for the existing Festo didactic Flexible Manufacturing System (FMS) 102 Automatic Storage and Retreival System (AS/RS) which is available in SGU and currently not working due to software expiration. System understanding and identification for the components in the system are needed in the creation for software design of which the design is structured as interaction of objects in the system. Object Oriented Modeling, which can be created using UML modeling language, and Petri-Net Modeling are introduced and used for modeling the complex system from Distribution and Testing Station system of the Festo FMS 102 AS/RS. Approach to code generation capabilities will be reviewed as an introduction for further research on the application development. This research will create design in the form of Flowchart model, Petri-Net model, use case diagram, class diagram, sequence diagram, activity diagram, and state diagram which represent the Distribution station and Test station systems. Results from this thesis work can be further studied and continued afterwards for modeling the whole station of the Festo FMS 102 AS/RS.
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