Fig. 1 The spread of errors in the sense of Hamming distance.
Fig. 2 The spread of errors in the sense of subspace distance.
In order to deal with these requirements, several ingenious solutions were devised, including quantum error correction codes (Shor 1995) and fault tolerant computation (Shor and DiVicenzo 1996, Aharonov and Ben-Or 1997) that dramatically reduce the spread of errors during a 'noisy' quantum computation.
Concerning the spread of the error, the latter approach provides the smallest uncertainty and it is the only one that takes advantage of the statistical nature of the observations by fitting an extreme value distribution to the largest diameters.
And while SurveyMonkey's margins were off in individual contests, the spread of those errors was slightly smaller than the spread of those for the Pollster averages (as indicated by the total error, the average of the absolute values of the error on the Democrat vs Republican margins).
However, the spread of original errors in non-coherent networks is avoided by adopting the subspace metric or the rank metric; the number of original errors can be corrected is very small.
The bulk of motor control research in point to point behavior has rather focused on the spread of spatial errors at the endpoint of the reach, after the motion trajectory has been completed and the hand has landed on the target [ 5, 7, 25- 27].
The spread of the co-registration error was reduced when the effective size of the x-ray detector was calculated, whereas the mean co-registration error was reduced significantly after calibrating the position of the x-ray detector, as shown in Fig. 6.
The spread of visual-tracking gaze errors (variability) can be used as an attention metric and can be correlated with an individual's degree of white matter integrity.
Considering the continuous increase of computing power of both mobile and wired terminals, a wide spread of error concealment techniques aimed at increasing the perceived quality can be expected.
