Sentence examples for bound on the sequence from inspiring English sources

Also the convergence of the boundary traces g k and of the, ensures a bound on the sequence c k. Since the sequence of functionals {I k } is uniformly coercive, from the fact that I k (u k ) ≤ C, we infer a bound on the sequence ; therefore, we can assume, up to a subsequence, that.

This value sets a bound on the number of DPS sequences that are needed to represent the channel in an accurate way.

These alternative time points deserve future exploration and the gene models offered here will serve as a lower bound on the full diversity of sequences that are transcribed within each species.

Another useful statistic is the maximum per base-call error rate – frequency of the erroneous base-call with the highest frequency in the control plasmid -- which provided an upper bound on the combined PCR and sequencing error that occurred at a single locus.

This works well provided we can place a tight upper bound on the maximum length of any sequence.

For the standard GP, linear regression and the SVM, sequences where the data only supplied an upper or lower bound on the melting temperature (i.e. the sequence was too stable to measure under these conditions) had to be excluded.

Sequences bound on the column that are terminated by sites for marking enzymes but that do not possess recognition sites for releasing enzymes can theoretically be recovered.

sum_{i=K}^{r} left underbrace{left(frac{r!}{(r-i)!}right)}_{text{An upper bound on the number of} atop text{stream sequences of length}}{i} times underbrace{i}_{text{The number of times Algorithm~ref{algorithmIA} is} atop text{called for each stream sequence}}right) (13).

In addition to 'normal' observations of sequence/temperature pairs, our G-quadruplex measurements also include a small fraction of sequences where only a bound on the melting temperature was determined.

Second, next-generation sequencing machines have a lower bound on the length of the reads.

In addition, we prove a uniform L 2 ( 0, T ; V ′ ) bound on a sequence { u n t }.