Sentence examples for maximum precision of from inspiring English sources

(Mr. Dundar, knowing the delicacy of the topic, preferred to speak in his native Turkish for the interview for maximum precision of language, though his English is fluent).

The coefficients of the LDE are integers which can be dynamically generated from any type of dynamical chaotic systems, as the maximum precision of the computer can be used for the conversion of floating-point chaotic values into integers.

This mechanism is then extended, so that it can be applied in a setting where the agents' different capabilities are reflected in the maximum precision of the estimates that they can provide, potentially requiring the centre to select multiple agents and combine their individual results in order to obtain an estimate of the required precision.

From that point on you realize the Actor and Director are in perfect sync, that each scene and each element of each scene is staged for maximum precision of effect.

From this it is clear that PMU 2 and PMU 4 quantize their reported frequency to a maximum precision of 0.00125 and 0.001 Hz, respectively.

These popular experimental simulation methods are thus not able to investigate fluid flow at the nano-metre scale because the maximum precision of these techniques is on the micro-meter scale in general.

Calculations suggest that near-maximum precision of school-level SED prevalence estimates could be attained with K6 samples of 200 students per school.

For the study to be able to estimate a 95% CI for the prevalence of multimorbidity with a maximum precision error of 2.5%, a total of 1500 patients should be recruited (Epidat 4.0 Organización Panamericana de la Salud, Washington, DC, USA).

A total of 500 patients should be included in phase II in order to obtain 95% CIs for proportions with a maximum precision error of 4.5% and 95% CIs for SF-12 mean scores with a precision error of 4.5 (assuming an SD of 50).

One of the major strengths of nonparametric models is that they permit development of dosage regimens which can hit desired target goals with maximum precision, using the method of multiple model dosage design, which is described here.

Specifically, there is a tendency for the more homogeneous activity classes (such as the renin inhibitors) to exhibit their maximum precision at larger numbers of searches than for the less homogeneous (i.e., more heterogeneous) activity classes, where we approximate the homogeneity of an activity class by the mean pair-wise similarity when averaged across all the pairs of molecules in that class.