The phrase "a received sequence of" is correct and usable in written English.
It can be used in contexts involving data transmission, communication, or any situation where a sequence of information is acknowledged or accepted.
Example: "The system processes a received sequence of data packets to ensure accurate transmission."
Alternatives: "an accepted series of" or "a transmitted sequence of".
Each signal of interest can be modeled as a received sequence of length such that.
The resulting digital baseband signal can then be modeled as a received sequence of length such that (3).
Figure 6 shows the autocorrelation peaks observed for a received sequence of 10 CP-OFDM symbols (WiMAX parameters) with an SNR of 0 dB, a frequency offset, and a phase offset on an SUI-4 channel model.
Figure 5 shows the power autocorrelation (where the received power has been normalized to unity) for a received sequence of 10 ZP-OFDM symbols having WiMedia parameters [16] with an SNR of 5 dB on a CM-4 channel model [14].
The estimated signal power (average of PSD over all frequency bins) is then defined as (8). Figure 1 shows an example of a received sequence of 4096 samples from a real CP-OFDM data measurement (with 26 tones going through an unknown channel and sampled at the receiver with a known sampling rate) after carrier estimation, downconversion, and lowpass filtering.
The OSD decoding resumes by reordering the received sequence of reliabilities ri, i=1,2,…,N.
The received sequence of length is also divided into blocks of size where the transition metric is performed on the available blocks except the last block.
In this case, the timing offset estimate corresponds to the maximum of the correlation between the received sequence and the conjugated received sequence shifted by the symbol duration over windows of length, as seen on Figure 2. The received sequence of length is divided into blocks of size where the autocorrelation metric is performed on the available blocks except the last block.
Figure 8 shows the average PSNR plot, averaged over all simulation instances and over the whole sequence duration, for the received sequence of the first user for,, and subcarriers, where increasing the number of subcarriers is synonymous to an increase in the available bandwidth.
The received sequence of bits, ( hat {a} = {hat {a_{1}}, hat {a_{2}}, dots,hat {a_{m}}} ) is approximated from the output neurons as shown in Eq. (12): hat{a_{j}} = left{ begin{array}{ll} 1 & text{if } O_{j} ge 0.5, 0 & text{otherwise} end{array}right.
The received sequences of Bob and Eve are denoted as Y n and Z n, respectively.
