Exact(4)
Further reduction in computation for BTCR is possible by reducing the size of the corruption mask and reducing the number of solution candidates.
This research demonstrates that the proposed DCP approach provides a new way, which is both robust to scale and environmental changes, and efficient in computation, for retrieving human faces in single model databases.
Fig. 6 shows that FID3B clearly involves more positions in computation for the same number of iterations, as a result, the reconstruction result of FID3B is much closer to the real structure than that of 3B.
This study presents a complexity-reduced mathematical model that is developed to cover both phenomena for a realistic, but fast, in computation for the prediction and analysis of a DMFC prototype design.
Similar(55)
A block pseudospectral (BPS) method is proposed as a new way to couple pseudospectral discretizations across interfaces in computations for a linear hyperbolic system.
In addition, the semi-analytical solution method presented is effective and efficient in computation and, for this reason, is useful for optimizing the design of a geothermal reservoir with multiple layers at equal or non-equal spacing.
However, the rate of increase in computation time for TTSD is lower than the existing methods.
As in Table 1, the computation time for the single block iteration linearly decreases as NB increases, while there are some negligible increments in computation times for the block partition and the combining of deblurred block images.
The algorithm uses Benders cuts to obtain feasible home-away pattern sets in few iterations and this approach leads to significant reductions in computation time for hard instances.
The experimental results show that our algorithm is more efficient in computation time for the connected components labeling operation and it can process high density images in less time when compared with other existing comparable algorithms.
Finally, we can conclude that these three algorithms proposed by He et al. [8 10] are highly efficient in computation time for images with many long runs (foreground pixel followed by foreground pixel).
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Justyna Jupowicz-Kozak
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