Sentence examples for ascending frequency from inspiring English sources

The start data are sorted according to ascending frequency, quantized uniformly on an ERB scale and differentially encoded.

The residual harmonic amplitudes after this process are iteratively analysed for the rest of the candidates in the combination in ascending frequency order.

The method enables all natural frequencies (latent roots [2]) and mode shapes (latent vectors, x) across a prescribed frequency range to be determined infallibly and in ascending frequency order at a speed approaching twice that associated with bisection and sign counting methods [3].

In the "upward same" condition, an FM sweep ascending in frequency was presented twice.

The rs6556547 SNP did not exhibit a monotonic ascending DD-frequency gradient, owing at least in part to the high DD frequency of 66.7% (Table S5) even in the AF population, which is keeping with the D-allele of this SNP being the oldest among the four high-D SNPs.

The similarity of the monotonic ascending DD-frequency gradients for the three younger SNPs is consistent with the identified positive selection being a recent and possibly ongoing process.

In Figure 5, the homozygous D-allele genotype (DD) frequencies of from left to right the oldest rs6556547, the second oldest rs187269, the third oldest rs1816071 and the youngest rs1816072 in the male control samples from these five populations are plotted in the order of AF-GE-US-JP-CH in accordance with the order of ascending DD frequencies for the three younger SNPs.

In contrast to the controls, the 436 male schizophrenic samples did not conform to a monotonic ascending DD-genotype frequency gradient for any of the four high-D SNPs (Figure 5 and Table S5).

The CHEBI method applies ascending and descending broadband frequency sweeps simultaneously to study the response of the structure in wide ranges of frequencies in the time-frequency domain.

Large-scale comparisons between MFS individuals with premature termination mutations and cysteine substitutions in FBN1 revealed significant differences in ocular, skeletal and hypermobility features but no difference in the frequency of ascending aortic aneurysm [ 7, 8].

The frequency ascended in 60 out of 120 trials whereas in the other half of trials the frequency remained 1000 Hz in both succeeding tones.