Sentence examples for equalization section from inspiring English sources

"Algorithm for channel estimation and equalization" section incorporates the explanation of the channel estimation and equalization algorithm used in the presented model.

As discussed in "Algorithm for channel estimation and equalization" section, efficient pilot tones' placement in an OFDM symbol plays an important role in the performance improvement of the channel estimator against the AWGN multipath Rayleigh fading channel.

There are two major operations involved in time domain equalization detailed in Section 3 above.

Figure4 shows the theoretical and simulation results for the three cases of channel estimation and equalization discussed in Section 'Signal models with channel estimation errors'.

The decoding of convolutional codes is closely related to equalization discussed in Section 3, in that the min-sum (Viterbi MLSE) and sum-product (MAP/BCJR) algorithms can also be used for decoding.

A ZF receiver with joint block-decoding and equalization is formulated in Section 4. Section 5 is dedicated to the problem of joint symbol-channel-code estimation for the unified SFSM MIMO system, where bounds on the required numbers of transmit/receive antennas, subcarriers, spreading length, and the number of symbols per data stream are provided.

As we can see it, although outband energies are equal, inband spectra remain very different and we will address spectrum equalization of sequences in Section 3. To study convergence speed, we considered 103 Monte Carlo simulations where U0 is chosen randomly among orthogonal matrices with uniform distribution.

In Section "Post-equalization SINR", we derive the post-equalization SINR expression for ZF equalizers with imperfect channel knowledge.

Sections "Risk equalization", 'Transparency and consumer information', and "Market regulation" deal with risk equalization, the implications of transparency for clinical quality, and institutions for market regulation respectively.

The analytic derivation of the CB-FMT power spectral density (PSD) and the PAPR are discussed in Section 4. Equalization in time-variant frequency-selective fading is discussed in Section 5. A sub-channel FD MMSE equalizer is herein proposed.

The detailed derivation of equalization will be discussed in Section 4.