In practice, a value of m=15, and the following maximal errors were used: Δ ξ x, max = Δ ξ y, max = 1 m, Δ p w, max = 0.05 MPa, Δ T max = 0.1 K. (28).
The maximal errors were 5.35 mm and 4.58 mm for the right carotid bifurcation LM, respectively.
The maximal errors were 2.63 Gy and 2.74 Gy for the right PG LM, for each of the method, respectively.
The simple error estimates (11) are still quite inaccurate: the maximal error is often much smaller (see also the dashed histograms in the right panels of Figure 4).
The obtained residuals have standard deviation 3.3 pm and maximal error is 11 pm in z-direction (indicated as red colour on the edge of aspheric surface).
(2) The accuracy of the thermal reconstruction obtained by means of the spline interpolation in each one of the pixels was better than the one obtained by a pure linear interpolation; in particular the maximal error was equal to, 81 × 10−3 °C.
The estimation of maximal error is done with an over-optimistic optical depth and by a wrong formula that result in a 0.6% value in the legend.
The maximal estimation errors were set as Δmax = 5 units, Δmax = 1 m, Δmax = 2 m and Δmax = 5 m for small object models G a - G c, the indoor models G d - G h, the large indoor models G i and the outdoor models G j - G k, respectively.
We suggest a formulation in which the divergence errors are transported to the domain boundaries with the maximal admissible speed and are damped at the same time.
Because inter-observer measurements errors are reduced (see Outcomes), measurement error will than be maximal 2 degrees, thus the 95% observation interval of Cobb angles at inclusion is 20 37 degrees.
The maximal error, which is the maximal distance, was less than 1 mm.
