Sentence examples for frequency alignment from inspiring English sources

The proposed sensing framework does not require frequency alignment between the filter bank of the sensor and the primary signal.

If using asynchronous operation, we would need to transmit and process individual sequence numbers as well as to perform frequency alignment across multiple streams.

The use of multiple CR filters on a single PS transmission also eliminates the need for frequency alignment between the primary signal and the CR detector.

Following frequency alignment of all spectra, the even and odd-numbered scans were summed to give NMR spectra obtained in the absence and presence of a C inversion pulse, respectively.

Lutz and Gutmann (1995)'s method for lineament identification (Two Point Azimuth: TPA) is based on the azimuth between each sample and every other sample and provides a distribution of the frequency of alignment angles, usually presented within groups of 10° intervals (Connor 1990; Wadge and Cross 1988).

Data for comparing the frequency of alignment gaps and mismatches (i.e. gaps per kbp and mismatch per kbp) in different de novo assemblies were generated with bootstrap resampling (n = 1,000) using MATLAB.

Secondly, we cloned and sequenced individual PCR products from 7 animals differing from the wt point of reference (established from allele frequency and alignment of multiple mammalian species), both to confirm the observation and to pinpoint the identity of the nucleotide variations.

TRFLP data from all samples were aligned and analyzed using a novel frequency-based alignment method to avoid the errors associated with integer-based fragment length "binning" [28].

For each time-frequency point, alignment of phase to stimulus onset was calculated across epochs for each participant.

Because SNRs in individual particles drop quickly with increasing spatial frequency image alignments are typically mainly driven by the lower-resolution components in the images (Henderson et al., 2011; Scheres and Chen, 2012).

Comparison of the alignments to the alternate and reference genomes indicated that two thirds of the heterozygous sites had an average 5%% or more difference in alternate allele frequency between alignments, and only 10%% of sites had an estimated alternate allele frequency that differed by less than 2.5%%.