The emergence of power quality as a topical issue in power systems in the 1990s largely coincides with the huge advancements achieved in the computing technology and information theory.
The RHS-updating algorithm achieved a reduction in computing time of 74.5 to 93.0% and a reduction in RAM use of 13.1 to 66.4%, compared to the original residual updating scheme.
The improved residual updating algorithm achieved a reduction in computing time of 35.3 to 43.3%, but did not change the amount of RAM used, compared to the original residual updating scheme.
Experiments show that the extended generating function method achieves high accuracy in computing spectral probabilities and false discovery rates.
Experiments show that the extended generating function method achieves high accuracy in computing spectral probabilities and FDRs.
The experiments showed that the extended generating function method achieves high accuracy in computing spectral probabilities of PrSMs with PTMs.
We will show in the later Section 6 that this is redundant and that the total time required to compute ℋ can be achieved in O(n) operations, by computing the variances of all three spatial deviations incrementally from previous computations using a set of sufficient statistics.
The DNB ratio (DNBR), which is defined as the ratio of the critical heat flux to the heat flux achieved in the core, was computed by means of a suitable correlation as defined in PARET code.
Thus, both water-to-glycerol and oxygen-to-glycerol mole ratios at which thermoneutral conditions are achieved in the reformer are computed by burning all the product gas from the reformer, both for pure and pretreated crude glycerol, at different reforming and preheating temperatures.
