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This paper investigates the structural R-controllability problem for generalized linear switching systems. Causal manipulations on the bond graph models are carried out in order to determine graphical conditions for structural R-controllability.
In this paper, we propose to study the inversion of multivariable linear time varying systems modelled by bond-graph approach. Thus, an analysis method based on non-commutative differential algebra concepts is presented. The inverse and the reduced inverse models are studied in function of the decouplability of multivariable LTV system. To show the interest of this new method, several applications...
The study of the inversion of multivariable linear time varying systems modelled by bond-graph is proposed in this paper. An analysis method based on non-commutative differential algebra concepts is presented. The inverse and the reduced inverse models are studied depending on the decouplability of the multivariable LTV system. To show the interest of this new approach, two applications have been...
In this paper, we develop a study concerning the distributed generation of electricity using wind power. We propose a mathematical modeling and a simulation in MATLAB/Simulink of a wind generator with variable speed.
In this paper, a study of a decentralized production of electricity from wind energy is suggested. We propose a mathematical modeling and simulation in MATLAB/Simulink of a wind generator with variable speed. The system considered is composed of a DC machine emulating the turbine, a permanent magnet synchronous machine, and a PWM power converter.
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