Systemic modeling methodology of a complex system
Applied to smart grid and ABS braking systems
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This work proposes a systemic analysis methodology for complex systems. Initially, it treats these properties by specifying smart grids and Mechatronic systems. Then, it presents state of the art on methods and systemic approaches. At the end of the book, two applications of the proposed methodology to the Smart grid and ABS braking systems are presented. The first level of analysis is the functional analysis of the system. This level applies the SADT methodology to place the system in its environment. The study of the environment results in the extraction of the technical functions of the sys...
This work proposes a systemic analysis methodology for complex systems. Initially, it treats these properties by specifying smart grids and Mechatronic systems. Then, it presents state of the art on methods and systemic approaches. At the end of the book, two applications of the proposed methodology to the Smart grid and ABS braking systems are presented. The first level of analysis is the functional analysis of the system. This level applies the SADT methodology to place the system in its environment. The study of the environment results in the extraction of the technical functions of the system and the constraint parameters as well as the mechanisms responsible for the realization of the functions. The second level is the analysis of the operation of the system in real-time; it is based on the SA-RT methodology, in order to model the progress and the operating sequences of the complex system. The third level of analysis is based on the Bond Graph tool to find electrical modeling of the technical functions of the system.
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