Aleksandar M. Stankovic focuses on Control theory, Electric power system, Control engineering, Electronic engineering and Phasor. His work in Control theory addresses issues such as Ripple, which are connected to fields such as Torque ripple and Machine control. His Electric power system research is multidisciplinary, relying on both Lyapunov stability and Benchmark.
His study on Quantitative feedback theory is often connected to Modular design as part of broader study in Control engineering. Aleksandar M. Stankovic studied Electronic engineering and Converters that intersect with Pulse-width modulation and Modulation. His studies deal with areas such as Symmetrical components, Polyphase system, Thyristor and Capacitor as well as Phasor.
Aleksandar M. Stankovic spends much of his time researching Control theory, Electric power system, Control engineering, Electronic engineering and Phasor. His research in Control theory intersects with topics in Pulse-width modulation, Induction motor and Voltage. His study in Electric power system focuses on Power system simulation in particular.
Aleksandar M. Stankovic combines subjects such as Torque ripple, Control system, AC power and Torque with his study of Control engineering. His research in Electronic engineering focuses on subjects like Converters, which are connected to Power electronics. His study looks at the relationship between Phasor and fields such as Transient, as well as how they intersect with chemical problems.
His primary areas of study are Control theory, Electric power system, Phasor, Algorithm and Reduction. His Control theory research includes elements of Power factor, Transformer, Voltage, Stator and Rotor. His Electric power system research is multidisciplinary, incorporating elements of Control engineering, Boundary, Benchmark, Nonlinear system and Differential geometry.
His work carried out in the field of Control engineering brings together such families of science as Stability, Transmission and Electronics. He has included themes like Harmonic analysis, Observability and Network packet in his Phasor study. His Reduction research incorporates elements of Transient and Metric.
His primary areas of investigation include Control theory, Electric power system, Rotor, Control engineering and Benchmark. His work deals with themes such as Power factor, Transformer and Solid modeling, which intersect with Control theory. In his study, he carries out multidisciplinary Electric power system and Dynamic load testing research.
His study on Rotor also encompasses disciplines like
P. Kundur;J. Paserba;V. Ajjarapu;G. Andersson
G. Andersson;P. Donalek;R. Farmer;N. Hatziargyriou
Nikos Hatziargyriou;Jovica Milanovic;Claudia Rahmann;Venkataramana Ajjarapu
D. Maksimovic;A.M. Stankovic;V.J. Thottuvelil;G.C. Verghese
V.A. Caliskan;O.C. Verghese;A.M. Stankovic
A.M. Stankovic;G.C. Verghese;D.J. Perreault
Johannes Schiffer;Daniele Zonetti;Romeo Ortega;Aleksandar M. Stanković
G. Escobar;A.M. Stankovic;J.M. Carrasco;E. Galvan
V. Petrovic;R. Ortega;A.M. Stankovic;G. Tadmor
A.M. Stankovic;T. Aydin
P. Mattavelli;G.C. Verghese;A.M. Stankovic
Martha Galaz;Romeo Ortega;Alexandre S. Bazanella;Aleksandar M. Stankovic
A.M. Stankovic;S.R. Sanders;T. Aydin
G. Escobar;P. Mattavelli;A.M. Stankovic;A.A. Valdez
V. Petrovic;R. Ortega;A.M. Stankovic
G. Escobar;A.M. Stankovic;P. Mattavelli
P. C. Stefanov;A. M. Stankovic
P. Mattavelli;A.M. Stankovic;G.C. Verghese
A.M. Stankovic;G. Tadmor;T.A. Sakharuk
M.O. Eissa;S.B. Leeb;G.C. Verghese;A.M. Stankovic
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