Sentence examples for highly computational efficiency from inspiring English sources
It is shown that the developed approach has better accuracy and can give highly computational efficiency for the global buckling analysis of gird stiffened composite structures.
For example, novel gradient-based iterative (GI) method [1 5] and least-squares-based iterative methods [3, 4, 6] with highly computational efficiencies for solving (coupled) matrix equations are presented and have good stability performances based on the hierarchical identification principle, which regards the unknown matrix as the system parameter matrix to be identified.
The proposed method highly enhances the computational efficiency of the optimization and the design of the optimization leads to substantial reduction of the radiated sound power from the structure.
The proposed method admits advantages such as highly secure diffusion mechanism, computational efficiency and ease of implementation.
For the case of DOT NNLS becomes highly attractive for its computational efficiency when compared to a direct solution of traditional least squares.
Computational efficiency is highly important for upscaling detailed electrode-level and cell-level models to the system level required for the design and control of fuel cells.
The proposed highly accurate methodology enjoys great computational efficiency, as it allows one to use relatively coarse phase space mesh due to the high order nature of the scheme.
Refined IBD achieves both computational efficiency and highly accurate IBD segment reporting by searching for IBD in two steps.
Another advantage of this model was its computational efficiency which was highly useful for analyzing massive data sets [ 21].
As a result, we obtain reconstructions with high geometric detail — far beyond the depth resolution of the camera itself — as well as highly-accurate surface albedo, at high computational efficiency.
With the continuous development of new technological solutions to boost the spatiotemporal resolution of DCE-MRI, solutions to improve the computational efficiency of parameter estimation are highly required.
