The idea of l 2−stability is thus more restricting and to be preferred in cases where security is of utmost importance (smart cities, smart grids, transportation flow, automatically controlled cars, flight control, and so on), while MSE-stability might only be sufficient for typical applications in telecommunications where corrupted data transmissions can be corrected by different means.
We proceed to show how RCBS can be corrected by different means and how its underlying principle, which we term relative codon adaptation (RCA), can be applied to different reference sets, leading to improved estimations of gene expression.
Supination and equinus are corrected by using different rates of shortening of the two vertical threaded rods between the tibial assembly and the metatarsal half-ring.
Prolongations in measured latency parameters were corrected by the different concentrates with variable efficacies (rFVIIa≥aPCC>PCC).
Instrumental mass fractionation was corrected by using two different methods: bracketing and internal standard [53,54].
Wrong structures were corrected by manually searching different databases, such as DrugBank [35] and PubChem [36].
Errors could be corrected by splicing together bits of different takes.
In Figure12b,f,h,h, it was corrected by the JEC process, and different window sizes were used for each result.
The multiplicity problem introduced by using different antigens and by comparing different groups was corrected by method for False-discovery rate (FDR).
Thus, the multiple comparison situation was corrected by applying the FDR correction to the different time points, the two measured locations and the four colours of light exposure.
