INIS
algorithms
28%
comparative evaluations
14%
control
14%
data
14%
disturbances
14%
errors
28%
gain
14%
inductance
14%
magnetic flux
14%
mode control
100%
nonlinear problems
14%
output
14%
performance
14%
permanent magnets
100%
power
100%
reduction
28%
rotors
14%
simulation
14%
solutions
42%
speed
14%
stators
28%
steady-state conditions
28%
variations
14%
velocity
14%
wind
14%
wind energy conversion systems
100%
Engineering
Control Algorithm
28%
Control Law
28%
Effective Solution
14%
Flux Linkage
14%
Magnetic Flux
14%
Maximum Power Point Tracking
100%
Multi-Input Multi-Output
14%
Parameter Uncertainty
14%
Permanent Magnet
100%
Robustness Property
14%
Rotors
14%
Simulation Result
14%
Sliding Mode
14%
Sliding Mode Control
100%
Speed Data
14%
Steady State Error
28%
Synchronous Generator
100%
Wind Energy Conversion System
100%
Keyphrases
Classical Sliding Mode Control
33%
Stator Inductance
33%