The Experts below are selected from a list of 309 Experts worldwide ranked by ideXlab platform
S.v. Vadari - One of the best experts on this subject based on the ideXlab platform.
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design of variable structure Voltage Regulator using pole assignment technique
IEEE Transactions on Automatic Control, 1994Co-Authors: M.e. Aggoune, A. Hellal, F Boudjemaa, Ahmed Bensenouci, M R Elmesai, S.v. VadariAbstract:In a power system, the role of a generator Voltage Regulator is to ensure that the output Voltage is maintained within an acceptable threshold. In this paper a Voltage Regulator is proposed. The design of this Regulator is based on both variable structure control theory and a pole assignment technique. The performance of the proposed Regulator has been compared to that of the realistic Regulator system proposed by the IEEE Committee on Excitation Systems. The results are discussed, and the pertaining recommendations are given. >
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Design of variable structure Voltage Regulator using pole assignment technique
IEEE Transactions on Automatic Control, 1994Co-Authors: M.e. Aggoune, F. Oudjemaa, A. Ensenouci, A. Hellal, S.v. VadariAbstract:In a power system, the role of a generator Voltage Regulator is to ensure that the output Voltage is maintained within an acceptable threshold. In this paper a Voltage Regulator is proposed. The design of this Regulator is based on both variable structure control theory and a pole assignment technique. The performance of the proposed Regulator has been compared to that of the realistic Regulator system proposed by the IEEE Committee on Excitation Systems. The results are discussed, and the pertaining recommendations are given.
M.e. Aggoune - One of the best experts on this subject based on the ideXlab platform.
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design of variable structure Voltage Regulator using pole assignment technique
IEEE Transactions on Automatic Control, 1994Co-Authors: M.e. Aggoune, A. Hellal, F Boudjemaa, Ahmed Bensenouci, M R Elmesai, S.v. VadariAbstract:In a power system, the role of a generator Voltage Regulator is to ensure that the output Voltage is maintained within an acceptable threshold. In this paper a Voltage Regulator is proposed. The design of this Regulator is based on both variable structure control theory and a pole assignment technique. The performance of the proposed Regulator has been compared to that of the realistic Regulator system proposed by the IEEE Committee on Excitation Systems. The results are discussed, and the pertaining recommendations are given. >
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Design of variable structure Voltage Regulator using pole assignment technique
IEEE Transactions on Automatic Control, 1994Co-Authors: M.e. Aggoune, F. Oudjemaa, A. Ensenouci, A. Hellal, S.v. VadariAbstract:In a power system, the role of a generator Voltage Regulator is to ensure that the output Voltage is maintained within an acceptable threshold. In this paper a Voltage Regulator is proposed. The design of this Regulator is based on both variable structure control theory and a pole assignment technique. The performance of the proposed Regulator has been compared to that of the realistic Regulator system proposed by the IEEE Committee on Excitation Systems. The results are discussed, and the pertaining recommendations are given.
A. Hellal - One of the best experts on this subject based on the ideXlab platform.
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design of variable structure Voltage Regulator using pole assignment technique
IEEE Transactions on Automatic Control, 1994Co-Authors: M.e. Aggoune, A. Hellal, F Boudjemaa, Ahmed Bensenouci, M R Elmesai, S.v. VadariAbstract:In a power system, the role of a generator Voltage Regulator is to ensure that the output Voltage is maintained within an acceptable threshold. In this paper a Voltage Regulator is proposed. The design of this Regulator is based on both variable structure control theory and a pole assignment technique. The performance of the proposed Regulator has been compared to that of the realistic Regulator system proposed by the IEEE Committee on Excitation Systems. The results are discussed, and the pertaining recommendations are given. >
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Design of variable structure Voltage Regulator using pole assignment technique
IEEE Transactions on Automatic Control, 1994Co-Authors: M.e. Aggoune, F. Oudjemaa, A. Ensenouci, A. Hellal, S.v. VadariAbstract:In a power system, the role of a generator Voltage Regulator is to ensure that the output Voltage is maintained within an acceptable threshold. In this paper a Voltage Regulator is proposed. The design of this Regulator is based on both variable structure control theory and a pole assignment technique. The performance of the proposed Regulator has been compared to that of the realistic Regulator system proposed by the IEEE Committee on Excitation Systems. The results are discussed, and the pertaining recommendations are given.
A. Ensenouci - One of the best experts on this subject based on the ideXlab platform.
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Design of variable structure Voltage Regulator using pole assignment technique
IEEE Transactions on Automatic Control, 1994Co-Authors: M.e. Aggoune, F. Oudjemaa, A. Ensenouci, A. Hellal, S.v. VadariAbstract:In a power system, the role of a generator Voltage Regulator is to ensure that the output Voltage is maintained within an acceptable threshold. In this paper a Voltage Regulator is proposed. The design of this Regulator is based on both variable structure control theory and a pole assignment technique. The performance of the proposed Regulator has been compared to that of the realistic Regulator system proposed by the IEEE Committee on Excitation Systems. The results are discussed, and the pertaining recommendations are given.
F. Oudjemaa - One of the best experts on this subject based on the ideXlab platform.
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Design of variable structure Voltage Regulator using pole assignment technique
IEEE Transactions on Automatic Control, 1994Co-Authors: M.e. Aggoune, F. Oudjemaa, A. Ensenouci, A. Hellal, S.v. VadariAbstract:In a power system, the role of a generator Voltage Regulator is to ensure that the output Voltage is maintained within an acceptable threshold. In this paper a Voltage Regulator is proposed. The design of this Regulator is based on both variable structure control theory and a pole assignment technique. The performance of the proposed Regulator has been compared to that of the realistic Regulator system proposed by the IEEE Committee on Excitation Systems. The results are discussed, and the pertaining recommendations are given.
