Sentence examples for low interpolation from inspiring English sources

Figure 4a, b demonstrates that for relatively low interpolation factors, PRISM is essentially identical to Multislice simulations.

The soundness of this assumption weakens for low interpolation factors such as I=4, so a significant difference between simulation and experimental results is to be expected.

We conclude that when using a low enough interpolation factor f, the PRISM method can simulate STEM intensities at all scattering angles with negligibly low error.

This paper describes a low-pass interpolation filter with adjustable oversampling ratio applied in a 24-bit audio DAC.

Then, the modulated signals through a low-pass interpolation filter and digitized by ADC as the second sampling.

NYFR folds broadband RF inputs to a low-pass interpolation filter with a steam of short pluses.

Followed by the low-pass interpolation filtering, the output is quantized by a conventional ADC as the second sampling.

This module performs, at the encoder side, a rough SI estimation using low-complexity interpolation techniques in order that the overall encoder complexity does not significantly change.

In practice, non-integer STO can be modeled with the help of an ideal low-pass interpolation filter (see Section 3.4).

Through a low-pass interpolation filter of [‐ ω s /2, ω s /2], the spectrum can be represented as: Fleft omega right)=left{begin{array}{cc}hfill 1,hfill & hfill 0le left|omega right|le {omega}_s/2hfill hfill 0,hfill & hfill {omega}_s/2<left|omega right|le 2pi hfill end{array}right.

Numerical experiments using hexahedral elements with equal low-order interpolations for both displacement and pressure fields show that the new method can successfully remove volumetric locking for the case of near incompressibility in isochoric inelastic flow and also results in stabilizing the pressure field.