Sentence examples for between numerical accuracy and from inspiring English sources
The balance between numerical accuracy and numerical efficiency is determined by the choice of these subspaces.
The proposed formulation provides a practical solver that is well-balanced between numerical accuracy and algorithmic complexity.
In conclusion, the ANN minimization allows the user to choose the balance between numerical accuracy and physical meaning of the simulations to adapt them to the necessity of the problem.
In summary, the present work provides a comparison of various modeling approaches and an analysis of trade-offs between numerical accuracy and computational demands for models of shell-and-tube heat exchangers.
The spatial and temporal resolution was varied in designed experiments to find an appropriate compromise between overall numerical accuracy and computational time.
Within the scope of the current study, the proposed model is found to be a reasonable trade-off between computational efficiency and numerical accuracy and is an improvement upon a basic SDOF approach, which is typically based on the fixed dynamic increase factors recommended by modern design standards and technical manuals for blast protection.
We make an extensive comparison between the finite difference method and the spectral method on both numerical accuracy and parallel computation performance.
To Mr. Zogby, who has tracked the political stalemates of the past decade with unusual numerical accuracy and decries the current age of "grinding political meanness," a change like that "would be little short of revolutionary".
Both numerical accuracy and computational efficiency are concerned.
Uniform grid density distribution is found to be the most efficient choice in terms of balance between computational cost and numerical accuracy.
It highlights the use of FPGA features such as embedded multipliers, embedded multiply accumulator (MACC) tiles, and logic fabric to deliver hardware realizations that provide various trade-offs between throughput, latency, logic fabric utilization, and numerical accuracy.
