The phrase "a function of the errors" is correct and usable in written English.
It can be used in contexts related to mathematics, statistics, or analysis where the relationship between variables and errors is being discussed.
Example: "The model's accuracy is a function of the errors in the data collected during the experiment."
Alternatives: "dependent on the errors" or "related to the errors".
The computational reductions are a function of the error tolerance prescribed, with greater computational reductions as stricter tolerances are enforced.
The resulting algorithm is a two-degree of freedom control law, in the sense that the control action is not a function of the error only, but the output and the set point are processed in different ways.
In Figure2, we plot the effective rate in (13) as a function of the error probability ε.
Particularly, for the EF traffic class the Delay i (t) is a function of the error term (E p ) experienced for the treatments of individual EF packets[8].
In Figure1, we plot Ψ = E | h | 2 ε + ( 1 - ε ) e - θ m r ̄ as a function of the error probability ε in the Rayleigh fading channel.
For a joint ML receiver, Forney has shown in [12] that the PEP between any pair of sequences is given as a function of the error sequence between them by.
Figure 1a,b depict the system capacity gain as a function of the error probabilities p a and p b. Table 8 depicts the users and system capacity, for various error probability values, for the (i) uncoded case, (ii) the greedy scheme, and (iii) the semi-greedy scheme.
Some "rules-of-thumb" will also be presented for identifying minimal detectable allele frequencies as a function of the error rate, sample size, and coverage.
The emission probabilities are a function of the error rates of the actual sequence data, and increasing error rates will decrease the probability of observing IBS* sequences for both IBD = 2 and IBD ≠ 2 states.
A somewhat different view is given in figure 2, which illustrates the minimum minor-allele frequency beyond which there is a high (95%) probability of detection with the likelihood-ratio test statistic, as a function of the error rate.
