This thesis addresses problems of security in the French grid operated by RTE, the French ``Transmission System Operator'' (TSO). Progress in sustainable energy, electricity market efficiency, or novel consumption patterns push TSO's to operate the grid closer to its security limits. To this end, it is essential to make the grid ``smarter''. To tac...
This thesis addresses problems of security in the French grid operated by RTE, the French ``Transmission System Operator'' (TSO). Progress in sustainable energy, electricity market efficiency, or novel consumption patterns push TSO's to operate the grid closer to its security limits. To this end, it is essential to make the grid ``smarter''. To tac...
This thesis addresses problems of security in the French grid operated by RTE, the French ``Transmission System Operator'' (TSO). Progress in sustainable energy, electricity market efficiency, or novel consumption patterns push TSO's to operate the grid closer to its security limits. To this end, it is essential to make the grid ``smarter''. To tac...
This thesis addresses problems of security in the French grid operated by RTE, the French ``Transmission System Operator'' (TSO). Progress in sustainable energy, electricity market efficiency, or novel consumption patterns push TSO's to operate the grid closer to its security limits. To this end, it is essential to make the grid ``smarter''. To tac...
This thesis addresses problems of security in the French grid operated by RTE, the French ``Transmission System Operator'' (TSO). Progress in sustainable energy, electricity market efficiency, or novel consumption patterns push TSO's to operate the grid closer to its security limits. To this end, it is essential to make the grid ``smarter''. To tac...
This thesis addresses problems of security in the French grid operated by RTE, the French ``Transmission System Operator'' (TSO). Progress in sustainable energy, electricity market efficiency, or novel consumption patterns push TSO's to operate the grid closer to its security limits. To this end, it is essential to make the grid ``smarter''. To tac...
Determination of background velocity by Full Waveform Inversion is known tobe hampered by the local minima of the data misfit caused by the phase shifts associated tobackground perturbations. We give in this paper an a priori study of the convergence basinsaround any nominal velocity model, where the data misfit is guaranteed to have only one local...
Determination of background velocity by Full Waveform Inversion is known tobe hampered by the local minima of the data misfit caused by the phase shifts associated tobackground perturbations. We give in this paper an a priori study of the convergence basinsaround any nominal velocity model, where the data misfit is guaranteed to have only one local...
Determination of background velocity by Full Waveform Inversion is known tobe hampered by the local minima of the data misfit caused by the phase shifts associated tobackground perturbations. We give in this paper an a priori study of the convergence basinsaround any nominal velocity model, where the data misfit is guaranteed to have only one local...
Determination of background velocity by Full Waveform Inversion is known tobe hampered by the local minima of the data misfit caused by the phase shifts associated tobackground perturbations. We give in this paper an a priori study of the convergence basinsaround any nominal velocity model, where the data misfit is guaranteed to have only one local...
