It is shown that the FPF can be written as a weighted sum of sample values.
It expresses the FPF as a weighted sum of sample values obtained in the simulation-based reliability analysis.
Different allocations of biological and technical replicates were evaluated by minimizing the variance of the ratio of technical variance (measurement error) to the total variance (sum of sampling error and measurement error).
Execution time in [16] is expressed as the sum of sampling, weighting, weight normalization and resampling times, whilst our presented execution time includes all operations (file I/O, memory transfers, etc).
Letting I denote all integer set which satisfied |i−λ v q T s N0|≤Δ i in the area of i∈{−J,…,J}, the energy sum of samples in which the distance v q T s N0 in dir N 0 π i − λ v q T s N 0 is larger than Δ i∈{2,3,…} can be given.
Execution time, which is the sum of sampling, weight normalization and resampling times in [12], and total runtime in our work (including memory transfers, file I/O, etc)., shall be compared to our proposed algorithm with regard to the different devices, which still indicates that our technique is faster (see Table 1).
In addition, the sum of sample entropy over scale factors from 1 5 and 6 20 was calculated to represent short-term and long-term MSE measures, respectively [36].
The sum of sample entropy over all scale factors from 1 to 20 was computed to represent the overall MSE measure.
The sum of sample entropy over all scale factors from 1 to 20 was computed for each subject and used to represent MSE in subsequent analyses.
We homogenized the suspension of developing embryos and collected 2 samples of 3 mL in 10% sea-water formalin every 20 min during a period of 180 min. Posteriorly, we counted the total number of embryos (sum of samples) and estimated the relative frequency of each stage, according to the number of cells (1, 2, 4, 8, 16 and 32 cells), for each timespan.
