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Since the data is replicated three times for redundancy, the actual throughput is 6,613 DS sequences per second.
The HSS channel capacity is calculated by dividing the chip rate, or 1.25 MHz, by the 63-bit code length to get 19,841 DS sequences per second.
This version of the algorithm aligned between 15 and 25 sequences per second.
My implementation of the Needleman-Wunsch algorithm aligned between 21 and 73 sequences per second.
As implemented, the method was able to align 18 full-length 16S rRNA gene sequences and 58 V2 region sequences per second to the 50,000-column SILVA reference alignment.
Although this is considerably slower than what I observed using with the optimal conditions it is considerably faster than the 10 sequences per minute (i.e. 0.17 sequences per second) that was described previously [19].
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TB profiler processed fastq files at a linear rate of 80,000 sequence reads per second.
Although speed was affected by candidate sequence length, between 18 and 78 sequences were aligned per second.
The region-specific templates increased the overall alignment speed so that between 37 and 145 sequences were aligned per second.
The poor peptide sequencing speed of a mass spectrometer can be a potential drawback in the direct coupling of such columns to MS. Currently, mass spectrometers can sequence 2 3 peptides per second, which is significantly lower than the number of peptides that will be delivered by the monolith column.
The proposed algorithm is specifically designed to be completely embedded in FPGA hardware to process wide VGA resolution video sequences at 30 frames per second.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com