The phrase "as a sequence of sampling" is correct and usable in written English.
It can be used in contexts related to data collection, research methodologies, or statistical analysis where sampling is discussed in a sequential manner.
Example: "The data was collected as a sequence of sampling to ensure a representative distribution across the population."
Alternatives: "in a series of samples" or "as a series of sampling events".
Unlike many existing classical color spaces that treat the R, G, and B as independent elements, we treat them as a sequence of a sampled spectral signal that has three samples with the value of R, G, and B in order.
For that, we have generated a signal x(n) as a sequence of 5,000 samples using the AR-1 model in (2) and for different values of the autoregressive parameter ρ∈[0,1] with resolution 0.01.
Accordingly, consider the simplest model of a random pseudo-human genome as a sequence of nucleotides drawn by independent sampling from the alphabet {A, C, G, T}, with each nucleotide having equal probability of selection.
The idea is to track patients' clinical history as well as their samples' histories as a sequence of processes and events, storing data about their personal clinical studies, in addition to genomic and imaging data available on a distributed data grid environment.
In other words, these data do not represent a random sample, defined as a sequence of independent and identically distributed random vectors, which is required for a statistically sound inference on correlation coefficients.
In case of 1-D signals (e.g., voice), the order is the same as the sequence of samples while in 2-D signals (e.g., fingerprint image) pixels are scanned from top-left to bottom-right, providing plaintext pixels.
Virtually no benthic invertebrate surveys have been undertaken since that time, as shown in a plot of the temporal sequence of sample collection (Figure 5).
The key issue in this approach is the determination of the required sequence of sample average approximations as well as the number of iterations to be carried out on each sample average approximation in this sequence.
Therefore, based on the central limit theorem, it is concluded that the term 1 N ∑ n = 1 N s ( n L mul ) ω ( n − i ) in (6) can be treated as a sample sequence of a Gaussian random variable g ∼ N ( 0, δ 2 ( 2 M + 1 ) N 2 ∑ n = 1 N s 2 ( n L mul ) ) when N→∞.
In regard to neuraminidase, the nucleotide sequence of sample 444, characterized as N1, had the highest identity with a strain (A/Tennessee/UR06-0236/2007) that circulated in the northern hemisphere in the same year of the sample collection [see Additional file 1].
