The disparity in implementation and calculation of the LyE was from, (i) experiment design, (ii) data pre-processing, and (iii) LyE calculation method.
This implementation involves calculation (in parallel) of a cumulative sum of the number of copies.
In HEVC hardware implementation, SAD calculation becomes a bottleneck due to the large size of a CTU (64 × 64) and various PU partitions due to the introduction of asymmetric motion partitioning (AMP).
We used a program by Kasahara (2016) for the analysis, which is faster than the general implementation [the calculation cost is reduced from (Oleft( {N^{2} } right)) to (Oleft( {Nsqrt N } right))] and allows the method to be applied to large earthquake catalogs.
The use of Non-Uniform Rational B-splines (NURBS) from the original computer-aided design (CAD) model allows for efficient implementation and calculation of the spatial projection operations while avoiding the complications of matching different geometric approximations faced by traditional finite element methods (FEM).
In order to design a heterogeneous material with an optimal microstructural architecture or tailor a specific elastic modulus, the numerical method proposed in this study can quickly provide information and allows easy implementation of calculations.
Four verification test problems are presented for checking the conceptual development and computational implementation of calculations to determine the probability of loss of assured safety (PLOAS) in temperature-dependent systems with multiple weak links (WLs) and strong links (SLs).
Finally, from a computational point of view, we remark that all implementations and calculations have been performed on an ordinary laptop in the languages R and Matlab.
Running on a Tesla C 1060 GPU, the application shows that the parallel computing implementation speeds up the calculation of the MWD model by a factor of 7.3.
Adaptive filter design, implementation and automatic calculation of low and high thresholds are studied in this paper.
