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1. Macroscopic energy representation (REM)
The aim of this section is to present the fundamentals of REM. After defining the notions of action-reaction and the principle of causality, the constituent elements characterizing REM will be presented and analyzed, with supporting examples, particularly in the electromechanical field. In a second part, the system's inversion control will be formulated. To this end, the inverse determination method will be explained step by step: the inversion of each component of the REM will be detailed using application examples.
Many articles have already described this tool and its applications. This section provides a non-exhaustive summary.
1.1 REM, graphic formalism
REM is a formalism that has been established using the properties of another...
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Conversion of electrical energy
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Macroscopic energy representation (REM)
REM and reversing control of an electrically driven elevator
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Macroscopic Energy Representation (REM), introduced in May 2011
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