Abstract
The development of complex dynamic systems requires studies and analysis prior to implementation in order to detect unwanted behaviors. UML is a language widely used for modeling these systems through state machines. These models do not have appropriate execution and simulation tools to analyze the real behavior of systems. Discrete Event System Specification (DEVS) formalism allows to cover these deficiencies. Today, there are robust tools that run and collect information from DEVS models. This paper proposes an ad hoc implementation of graphical modeling of dynamic systems using a simplification of UML state machines. The paper also presents the development in Java of a transformation process for obtaining DEVS models and code generation for PowerDEVS, through a plugin for the Eclipse platform. Thus, this work is an essential step in the process of building a system that automates the process of analysis, design and implementation of UML state machines using DEVS.
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