In conclusion, most approaches can correct few errors.
However, homomorphic signatures based on cryptographic approaches can correct the propagated error which equals C.
The second and the third approaches can correct errors not beyond dmin/2.
Therefore, in this study, we develop a maximum-likelihood approach that can correct for allelic dropout without using replicate genotypes.
The experimental results indicate that the optimal beam shaping approach can effectively correct the intensity image and provide ~30% gain of detection area over traditional approach, thus improving the imaging quality of linear-array lidar.
But this approach means that you can correct a critical misrecognition right on the pen — using an on-screen keyboard — while you still have the original document before you for reference.
However, the advantage of our approach is that we can correct for variability in Msn2 abundance, cell cycle phase and all other extrinsic variables, without specifying them or knowing which are the most important.
Preoperative 3-D planning of an OSCRO provides a patient-specific approach, optimal bone contact, and can correct multidirectional deformities.
Our results indicate that validation approaches accounting for relatedness between populations can correct for potential overestimation of genomic breeding value accuracies, with implications for genotyping strategies to carry out genomic selection programs.
