Search Results - "Hubbi, W."

Artificial neural network based dynamic load modeling by Hiyama, T., Tokieda, M., Hubbi, W., Andou, H.

“…The aim of this research is to investigate the use of artificial neural networks (ANN) with feedback loops for the modeling of power system dynamic loads using…”
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Fuzzy logic control scheme with variable gain for static VAr compensator to enhance power system stability by Hiyama, T., Hubbi, W., Ortmeyer, T.H.

“…This paper presents a fuzzy logic (FL) control scheme with variable gain for static VAr compensators (SVC) to enhance power system stability. The proposed…”
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A new method for quality monitoring of induction motors by Hubbi, W., Goldberg, O.

“…Catalog data of three-phase induction motors specify values of some operational parameters in addition to the nameplate information. These parameters include…”
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Energy optimized control strategy for a variable input voltage three-phase induction motor by Benbouzid, M.E.H., Beguenane, R., Dessoude, M., Hubbi, W.

“…A method for improving the efficiency of a slightly loaded induction motor is suggested. It is based upon the optimal-efficiency power factor tracking by…”
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Placement of static VAR compensators to minimize power system losses by Hubbi, Walid, Hiyama, Takashi

“…A screening method to find the optimal location of static VAR compensators and other reactive elements in a power system to minimize the power loss is…”
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Using artificial neural networks for load shedding to alleviate overloaded lines. Discussion. Authors' reply by NOVOSEL, D, KING, R. L, JEYASURYA, B, HUBBI, W

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A decoupled second order state estimator for ac-dc power systems. Discussion by SINHA, A. K, ROY, L, SRIVASTAVA, H. N. P, HUBBI, W

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Bulk transmission system loss analysis. Discussion by NADIRA, R, WU, F. F, MARATUKULAM, D. J, WEBER, E. P, THOMAS, C. L, GUSTAFSON, M. W, BAYLOR, J. S, HUBBI, W

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