The phrase "a constant error rate" is correct and usable in written English.
It can be used in contexts related to statistics, data analysis, or quality control to describe a situation where the error rate remains unchanged over time.
Example: "In our experiment, we observed a constant error rate, which indicated that our measurement tools were consistently accurate."
Alternatives: "a steady error rate" or "an unchanging error rate".
The best number of trees has the minimum error rate and a constant error rate nearby.
Figure 2b indicates that the optimal number of trees is approximately 330 for the forest with 330 trees, which has the minimum OOB error rate along with a constant error rate 0.16.
We find that t0 satisfies sufficient conditions for a minimum for all Ẽ; deviations from a constant error rate scheme will increase the number of zero-fluorophore images.
Assuming a constant error rate during translation/folding (Drummond and Wilke, 2009), highly expressed and abundant proteins are more likely to encounter errors per protein species resulting in misfolding and aggregation than weakly expressed proteins.
Therefore, it is crucial to perform as few PCR cycles as possible, as each duplication increases the number of introduced errors by a factor of two, assuming a constant error rate of the used polymerase.
Different models proceed on the assumption that the splicing machinery makes mistakes at a constant error rate, is dependent on the number of introns or is determined by the number of introns and transcript abundance [ 155, 157].
The optimal number of trees is the one having the minimum OOB error rate along with a nearly constant error rate.
We have analyzed 4 plausible models of the bleaching process in different superresolution localization microscopy experiments, and have shown that in each case the optimal acquisition scheme either involves acquisition at constant error rate or with a decreasing error rate.
At intermediate error rates it is difficult to say whether t1 is a minimum, maximum, or saddle point for the constant error rate acquisition scheme.
Specifically, t1 satisfies sufficient conditions for a minimum for Ẽ < 0.219, Acquisition at constant error rate can only be considered optimal for higher error rates (Ẽ > 0.586), in which case the integrand satisfies sufficient conditions for maximizing t1.
As discussed above for acquisition at constant error rate, maximizing the number of 2-fluorophore images along with the number of 1-fluorophore images makes the scheme more robust.
