Correction to “Experimental Design of a Nonlinear Control Technique for Three-Phase Shunt Active Power Filter”
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...Also, there has been tremendous progress during the last decade in detection techniques and control law implementation mainly due to the development of reliable and very fast digital signal processors (DSPs) [7], [14] and field-programmable gate arrays, allowing therefore the implementation of complex algorithms without altering the switching frequency of the semiconductor devices in the active part of the filter....
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...A number of control concepts and strategies for active power filters, such as linear feedback control [12], [13], nonlinear control [14], repetitive control [15], neural network approach [16], [17], adaptive control [18]– [21], and Lyapunov-function-based control [22]–[24], have been reported in the literature....
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