114
4 Application of the Set-Theoretic Algorithm to CFRP’s
Fig. 4.32 Results for σ yy in the bottom (top left) to third layer (bottom right) after the fourth
iteration, obtained using the LMS-estimator at 10 GHz. The signed-zero, +0.000, indicates a
number that is very small but is above the zero-constraint threshold. The scale of these results
is 1000 S/m
4 Application of the Set-Theoretic Algorithm to CFRP’s
Fig. 4.32 Results for σ yy in the bottom (top left) to third layer (bottom right) after the fourth
iteration, obtained using the LMS-estimator at 10 GHz. The signed-zero, +0.000, indicates a
number that is very small but is above the zero-constraint threshold. The scale of these results
is 1000 S/m
