Almon [1]c devised an iterative method that calculates nonnegative technical coefficients matrices through a commodity-technology based algorithm.
In this paper, we present a novel analytical method that calculates the defect tolerance of logic circuits using probabilistic defect propagation.
Additionally, the Molecule object defines adding and removing atoms, as well as a mass method that calculates the mass of the molecule taking into account the charge state.
Therefore, the proposed method that calculates train braking performances by taking into account the variability of brake pad friction factors has a high feasibility.
DTW is a method that calculates an optimal match between two time series, which gives the shortest summed distance among all the pairs of the data points in each time series data.
Meanwhile, in corresponding high-frequency coefficient (LH, HL, HH) direction, because the average variance algorithm can better reflect the details of the image information, the method that calculates the average variance and selects the maximum is adopted.
Among them, two interesting algorithms for the calculation of a scaled version of the DCT use: a) the "rows-columns" method, that calculates a two-dimensional DCT (on a square block of pixels) as two one-dimensional DCTs.
Instead, we develop a correction method that calculates the undisturbed fluid velocity from the computed disturbed velocity field by adding an estimate of the velocity disturbance created by the particle.
As a first approach, a fast method that calculates the local interaction between a fragment of the polymer and the organic molecule and then extends it to determine the energy of mixing using an estimated coordination number was used.
This algorithm uses less multiplications with respect to the previous one and about the same number of additions, but at a price of a more complex architecture. . the "rows-columns" method, that calculates a two-dimensional DCT (on a square block of pixels) as two one-dimensional DCTs.
