The effect of anisotropy of the object and
noise measurement accuracy.
Not exact matches
Effects of signal - to -
noise ratio on the
accuracy and reproducibility of diffusion tensor imaging - derived fractional anisotropy, mean diffusivity, and principal eigenvector
measurements at 1.5 T.
Effect of object anisotropy and
noise on
measurement accuracy.
The
accuracy of the
measurement process is not improved, merely its precision in the presence of random
noise.
However, these differences do not significantly affect the derivation methodology and their main effect is on the level of the counting
noise that only restricts the altitude range of the
measurement or the integration time for a given
accuracy.
Background
noise from natural variability makes
measurements less than 12 years unreliable, even with greater
accuracy.