The authors acknowledge certain errors in their recently published paper titled “PI and fuzzy logic controllers for shunt active power filter—A report. The ambiguity in bandwidth calculation of adaptive hysteresis controller and control aspects of dc-link voltage issues are addressed. The shunt APF system is validated through extensive simulation and the results are support features of the proposed technique.

Erratum to “PI and fuzzy logic controllers for shunt active power filter—A report” [Isa Transactions 51, 163–169]

Fuzzy bang-bang relay controller for satellite attitude control system

A new integrated fuzzy bang–bang relay control system

Three conventional control techniques for extracting reference currents for shunt active power filters have been assessed and their performances have been compared with a novel fuzzy logic based control technique Critical analysis of Comparison of the compensation ability of different control strategies based on THD and speed will be done and suggestions will be given for the selection of technique to be used The simulated results using MATLAB model are presented and they will clearly prove the value of the proposed control method of aircraft shunt APF

Comparative critical analysis of SAF using soft computing and conventional control techniques for high frequency (400 Hz) aircraft system

This paper presents a comparative analysis between a single phase shunt active power filter (SPSAPF) and a single phase shunt hybrid filter (SPSHPF) to improve the power quality using different control techniques such as hysteresis current control and hysteresis fuzzy combined current control technique along with a different fuzzy rule (7/7 and 5/5) to a distribution system. An indirect current control technique along with hysteresis current control strategy is implemented on both the filters to generate the switching signal used for turning on and off of the insulated gate bipolar transistor. The indirect current control technique that is implemented for both filters is based on extracting the source current reference from the distorted waveform of the load current. The Simulink models are prepared. Simulation results are obtained and compared for both the filters with the same control technique, and it is observed that in every case SPSHPF shows excellent results in comparison to SPSAPF.

A comparative analysis of shunt active power filter and hybrid active power filter with different control techniques applied for harmonic elimination in a single phase system

This paper presents the optimization of shunt active power filter parameters based on fuzzy logic control. The current active filter control is based on constant, fuzzy hysteresis band techniques, which are employed to derive the switching signals and also to choose the optimal value of the decoupling inductance. The DC voltage controller optimizes the energy storage of the DC capacitor, where proportional integral and fuzzy logic controllers are employed. Simulation results, obtaining using MATLAB/SIMULINK under several loads configurations, are presented and discussed. They show the effectiveness of fuzzy logic controllers in optimizing the PWM technique and the values of the passive parameters of the active filter.

Fuzzy hysteresis control and parameter optimization of a shunt active power filter

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Fuzzy hysteresis control and parameter optimization of a shunt active power filter