Sentence examples for measurement corrections from inspiring English sources

It is known that in the reflection geometry, the absorption corrected factor does not depend upon the diffraction angle; therefore in a relative measurement corrections were unnecessary.

Although significant work has been done on the measurement corrections for a variety of filter-based absorption instruments, there is still variable quality of b Abs measured by filter-based methods compared with a b Abs standard, such as the photo-acoustic method (e.g., [ 96, 97]), the difference of extinction and scattering method (e.g., 64, 96]), or the MAAP [ 66, 69, 97].

In a previous work [26], the effect of severe NLOS was corrected from the range estimates applying the prior NLOS measurement correction (PNMC) technique [34] with dynamic estimation of the NLOS parameters [35].

In-situ measurements of atmospheric extinction as well as measurement correction methods have been recently performed and developed (Hanrieder et al., 2012, 2015), but specific information is unavailable for individual plant projects.

Introducing the reference measurement correction we find This is a multiplicative zeroth order correction.

We consider the relationship between conventional reference measurement correction and approximation error modelling in reconstruction.

We considered the relationship between conventional reference measurement correction and the approximation error modelling in DOT reconstruction.

We thus define the 'augmented model' The simplest way to improve the reference measurement correction is to use the average ε̅ between many solutions of the approximative model and measurements (or accurate forward solutions) from known targets as a reference.

Reconstructions were calculated using three different approaches: the reference measurement correction (RM), the approximation error using first order statistics (EM-1), and the approximation error using second order statistics (EM-2).

Thus, the results show that the linear reconstruction method with a reference measurement correction can reconstruct the absorption and scattering distributions well if the background optical properties are known.

Remark 1 (Approximation error vs. reference data) By comparison of Eq. (25) with Eq. (20) we see that the reference measurement correction makes the assumptions Remark 2 (Reference method and the Rytov approximation) Another commonly used approach is to consider the logarithm of the forward model in Eq. (6) with linearisation with 𝖲 = diag [ 1 y 0 ].