In simulations we found that the position sensor accuracy has the largest influence on the total filter accuracy in absence of orientation errors.
Since the code structure is such that one word only in each coset is at distance at most from any fixed word, in absence of transmission errors the decoder can always identify based on the knowledge of.
In the present analysis a low reliability would, in absence of systematic errors, only increase the observed variation in the population spasticity measurements, with increased confidence interval width.
The BER of direct transmission and the BER in the absence of errors in the links are also shown as reference curves.
In the absence of errors, routine in vivo measurements uniquely document that treatment was delivered correctly within a user-specified tolerance.
In the absence of errors at the reliable relays the bit error probability at the destination would be equal to the performance of branch selection combining (SC), where one of the branches has average SNR of, and the rest have.
Finally, even in the absence of errors, the accuracy of a phylogenetic inference is sensitive to the completeness of the alignment.
In the absence of errors, this approach would be expected to provide a complete catalogue of common and low-frequency SNPs, rare variants and even private mutations, in a sample of sequenced individuals across a locus.
In the absence of errors, we expect the fragment sizes c1,…, c n from an in silico digest of the sequence to be in one-to-one correspondence and identical to a subsequence of fragment sizes o j,…, o j + n − 1 of the optical map fragments o1, …, o m.
In the absence of errors, it is easy to find a bipartition of the SNP matrix such that the fragments belonging to each partition do not conflict (two fragments are said to be conflicting if for a certain position not gap they have different values).
