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The present subsection introduces a few of these.
In the present subsection, we briefly recall the derivation of the standard receiver structure.
In the present subsection, we will present symmetry reductions and explicit solutions of (3).
In the present subsection, the wind parameter, t*/ β, is commonly put to be 1 × 1012 yr.
In the present subsection, we derive the receiver counterpart of the frequency-spreading transmitter described in Subsection 2.2.
In the present subsection, we derive an alternative structure for implementing the OFDM/OQAM transmitter, named the frequency-spreading structure.
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The presented subsections address different aspects from control viewpoint for MMC topology, which are crucial to transfer desired power with maximum efficiency, minimum voltage and current harmonics.
The abovementioned modification and analysis are discussed in the present and subsequent subsections, respectively.
Before we discuss the main results of the present paper from the next subsection, we briefly summarize the earlier numerical result in this subsection.
The parallel output of this recognizer is then combined using the scheme presented in subsection 3.1.
Implement the presented operator splitting method in Subsection 3.2 sequentially.
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