Fast multilayer perceptron neural network-based control algorithm for shunt compensator in distribution systems - Ahmad, Md. Tausif; Kumar, Narendra; Singh, Bhim (IET generation, transmission & distribution, 2016)
Keywords: active/reactive current; Algorithms; backpropagation; backpropagation multilayer perceptron neural network based control algorithm; Bypasses; Compensators; Control theory; distribution networks; distribution systems; fast learning method; harmonic distortion; linear quadratic error; load current; Multilayer perceptrons; neural nets; Neural networks; nonlinear loading conditions; Nonlinearity; optimisation criterion error function; point of common coupling; power factor correction; power quality; power supply quality; quadratic linear; quadratic programming; shunt compensator; Shunts; total harmonic distortions; voltage control; zero‐voltage regulation; multilayer perceptrons; linear quadratic error; shunt compensator; nonlinear loading conditions; distribution networks; load current; harmonic distortion; total harmonic distortions; point of common coupling; quadratic programming; quadratic linear; power supply quality; optimisation criterion error function; active/reactive current; distribution systems; fast learning method; power quality; backpropagation; zero-voltage regulation; power factor correction; neural nets; backpropagation multilayer perceptron neural network based control algorithm; voltage control