Sentence examples for considered equalization from inspiring English sources

In the previous section, it was shown that using a shorter reshaping filter than conventionally used increases the robustness of all considered equalization techniques against RIR perturbations.

For all considered equalization techniques, the reshaping filter solving (9) is computed by minimizing the (weighted) least-squares cost function J_{text{LS}} = |mathbf{W} (hat{mathbf{H}}mathbf{g} - mathbf{c}_{mathrm{d}}) |_{2}^{2}.

In Section 6.3, the performance of all considered equalization techniques using the intrusively determined reshaping filter length (L^{text {opt}}_{g}) is compared for several acoustic systems and RIR perturbation levels.

For the acoustic systems described in Table 4 and for all considered equalization techniques, the conventionally used filter length is (L^{mathrm {t}}_{g} =left lceil {frac {L_{h}-1}{M-1}}right rceil ), i.e., (L^{mathrm {t}}_{g} = 1947) for system S1, (L^{mathrm {t}}_{g} = 1627) for system S2, and (L^{mathrm {t}}_{g} = 960) for system S3.

The considered equalization architecture is illustrated in Figure 4 and is described by, r_{i}(n)=;[!boldsymbol{phi}_{i}(boldsymbol{y}_{M}(n))]^{T}{{boldsymbol{w}}_{i}}, (12) Figure 4 Multicarrier equalization (EQ) architecture: K carriers are simultaneously processed at the receiver.

In addition, it is demonstrated that PMINT using the optimal intrusively determined reshaping filter length outperforms the other considered equalization techniques, yielding a larger reverberant energy suppression and perceptual speech quality improvement.

There are two papers that consider equalization for ultra-wideband (UWB) communications.

It is important to consider equalization and specialization between domestic and foreign trade when the coordination of these factors is included in research on the technological spillover effect.

Here, we consider a receiver where there is a simple pilot structure to mitigate the effect of the I/Q imbalance on the channel estimation, but where I/ Qcompensation is not considered in equalization.

The effect of the RCFO on the phase of each decision variable in the frequency domain, which increases [20] linearly with time, is not compensated; therefore, the BER is dependent on the specific multicarrier symbol interval considered for equalization.

We consider blind equalization for block transmissions over the frequency selective Rayleigh fading channel.