Sentence examples for bits that are used from inspiring English sources

The rate represents the number of parity bits that are used to reconstruct Wyner-Ziv frames.

In this case, the bit rate means the amount of transmitted parity bits that are used to reconstruct Wyner-Ziv frames.

More importantly, note in (8) that the energy efficiency of Simple Positive-ACK is an increasing function of the number of bits that are used for data retransmission:, and.

At the last iteration, the real data estimates are used to reconstruct the complex symbol (block R → C), then the demapping process generates soft bits that are used by the channel decoding to recover the transmitted bits.

Therefore, shorter SSs due to fragmentation of source block has better PER performance because the preamble and pilot bits that are used to estimate the channel state information are sufficient to cater the rapidly time-varying multipath channel in a highway environment.

Attachments or bits that are used less frequently often wander off from the parent power tool.

First of all, performance using a longer bit string is better (9% improvement for 4096 bits with extra features compared to the baseline), with on the low end of the performance spectrum the 256 bits that were used prior to this optimization (average decrease of 2% in the grid search).

For this image, Table 5 displays the quality of the original and compressed versions of this image, as well as the Hamming distance (HD) when compared with the original image, and the number of valid bits that were used in the comparison.

Because digital computers use eight-bit bytes, the ASCII code is commonly embedded in an eight-bit field consisting of the seven information bits and a parity bit that is used for error-checking purposes or to represent special symbols.

where different probabilistic models are used to approximate the stochastic behaviors of RVs X and Y, according to the number of phase bits N that are used in the quantization set of the TBF scheme.

where the precise values for the beamforming gains G and g depend on the number of phase bits N that are used to identify the beamforming weights at both FAPs (i.e., the serving FAP and the interfering FAP).