The gthrow and propagate methods control the flow of global exceptions.
Finally, the empirical design methods controlling the relative stiffness ratio and the relative length ratio were proposed.
Due to the rubbing methods controlling the alignment of liquid crystals, the polarization of the emitted light is influenced by the rubbing direction.
Currently, two methods controlling the divergence of the magnetic field are available in BHAC and we compared them in three test problems.
Unfortunately, past research showed that methods controlling the FWER have a remarkable lack of power, that is, the proportion of false negatives is too large.
This procedure is less stringent than methods controlling the family wise error rate (e.g. the Bonferroni correction); hence it is more powerful.
The proposed method controls the degradation of a watermarked image by using a lower limit image.
An error diffusion method controls the generation of magnetic divergence error.
Simulations confirm the method controls the false positive rate and correctly identifies regions of activation.
Some numerical simulations have been performed to see how the state feedback method controls the unstable fixed point.
