Very significant error reductions are shown to be expected, especially for Vus, once the improved strange spectral data from the B-factory experiments becomes available.
Very significant error reductions are shown to be expected, especially for Vus, once improved strange spectral data from the B factory experiments becomes available.
In our earlier studies, we have also pointed out that in many experimental designs, particularly when samples originate from different genetic backgrounds (e.g. different individuals), the presence of sequence variants within probe target sequences may be a very significant source of errors [ 8, 12].
For applications that can tolerate long delay, channel-coding techniques, like Forward Error Correction (FEC), provide very significant reductions of transmission errors at a comparably moderate bitrate overhead.
Our analysis suggests that, despite the very significant problem of sequencing errors in large SAGE libraries, until large amounts of data from new techniques such as SBS [ 16] become available, LongSAGE will remain the best source of available data for the deep mining of cellular transcriptomes.
It is shown that poor level of control during fabrication is very likely to result in significant errors in signal reading.
There was also no major difference in data collection and extraction procedures used throughout the study period, hence it is very unlikely that there were significant errors.
Since a lightpath may travel a long distance, for high bit rates, the effect of the physical impairments along a lightpath may become very significant (leading to high bit-error rate (BER)); and the signal's maximum transmission range, which depends on the bit rate, will become limited.
"We had a very significant tax increase because there were errors in the tax increase," Dr. Mansdorf said.
