Sentence examples for precision inherent from inspiring English sources

Superior fits were due to the inclusion of constraints that were not part of dissonance theory and to the increased precision inherent to this computational approach.

Potential limitations of sleep research in children are discussed, specifically the loss of research precision inherent in sleep deprivation protocols involving children.

When compared to a conventional motors and its associated power train, the piezoelectric motor has a faster response time, far higher precision, inherent brake capability with no backlash, high power-to-weight ratio, and is of smaller size.

However, since the result of this application is an image which requires only values from 0 to 255 (i.e., 8-bit integers), the loss of precision inherent in transforming the data to a fixed-point/integer format is negligible.

Further, the precise timing of the oscillations differs depending on the cell system (integrated versus episomal reporter) and assay (real time PCR versus reporter) which may reflect differences in the precision inherent with each technique.

The limitations in throughput and precision inherent in such a manual technique for small object measurement can be alleviated by using a flatbed photo scanner to acquire digital images containing many seeds in a field of view, and image processing techniques to quantify features such as the projected area of each separate seed (Herridge et al. 2011; Schneider et al. 2012).

Laser lithography using a CNC machine offers flexible freeform style of exposure using the micrometre scale precision and inherent curve tracing functions of the CNC controller.

Due to machine precision error inherent to MFCs, the minimal flow of an odorant, here described as 0% odor, in fact ranged up to 0.3 l/min.

BSA breaks the resolution and precision limitations inherent to FFT by introducing a continuous probability distribution instead of the fixed number of points and can therefore sample the posterior more finely in areas of high probability.

Historically, wheel running in mice and other rodents has been used as a robust assay to determine, with precision, the inherent period of circadian rhythms in rodents (Bacon et al., 2004).

This approach also breaks the resolution and precision limitations inherent to the FFT by introducing a continuous probability distribution instead of the fixed number of points maintained by the discrete Fourier Transform.