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Some matching functions can be implemented efficiently using unweighted and weighted median filters [29, 30].
In DFT-precoded-OFDM systems, the MMSE-DFE [18 20] equalizer can be implemented efficiently using a frequency domain FFF followed by a time domain DFE [21 31].
This allows the random omit method to be implemented efficiently using fast Fourier transforms (FFTs) in both directions.
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The far zone transformation has also been implemented efficiently, using specialized MPL functions to evaluate the far zone scattering results.
Furthermore, the subcarriers' orthogonality is implemented efficiently using the inverse discrete Fourier transform (IDFT) and discrete Fourier transform (DFT) at the transmitter and receiver, respectively.
The proposed framework is implemented efficiently using LMI tools, and provides a fast and reliable tool for the assessment of robust controllability (and by duality, robust observability).
The process is implemented efficiently using a FIFO queue and square structuring element.
Since the discrete-time filterbank can be implemented efficiently (e.g., using the polyphase structure), the sampling and reconstruction processes can be realized efficiently.
It is possible not to build Q, since vector SAN descriptor product π (∑ j =1 T ⊗ i =1 N Q j (i )) can be implemented efficiently, for example, by using shuffle algorithm.
We demonstrate that the inherently sequential wavelet-based adaptivity can be implemented efficiently in multicore computer architectures using task-based parallelism and introducing the concept of wavelet blocks.
It can be implemented efficiently in this case because of the exponential filter used to map the spike trains to the space of functions.
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