Sentence examples for reduction in execution from inspiring English sources

The reduction in execution time is mainly due to the reduction of the search space.

Similarly, compared with Trace, the observed reduction in execution times with Trace-OC is between 6.3 and 14.4%.

Based on the MapReduce programming model, the proposed algorithm exploits several mechanisms including an efficient caching design to achieve several orders of magnitude reduction in execution time.

This corresponds to a 97% reduction in execution time so results are obtained in a matter of minutes, which is attractive for routine engineering analyses.

Additionally, the implementation of image processing applications on MPSoC system will need to exploit the parallelism and the pipelining in algorithms with the hope of delivering significant reduction in execution times.

This work investigates the potential reduction in execution time by selecting the suitable operations involved in this step to be parallelized by using general-purpose computing on graphics processing units (GPGPU) and Compute Unified Device Architecture (CUDA).

The reduction in executions is matched by the rise in public disapproval of the sentence.

It has also changed the method of execution in most cases from firing squad to lethal injection.John Kamm, founder of the Dui Hua Foundation, calls the reduction in executions "the most significant positive development in the human rights situation in China in recent decades".

Moreover, substantial reductions in execution times without loss of accuracy are realized due to the elimination of redundant plastic strain calculations in the subvolumes' interiors employed in the evaluation of the Legendre polynomial coefficients.

The CMTM also achieves over 30x reductions in execution time for large problem sizes with a maximum deviation of 15% from the minimum communication energy achievable with the given application on a given architecture.

By applying an additive Schwarz block preconditioner to the low-energy basis combined with a coarse space linear vertex solver we have observed reductions in execution time of up to three times for tetrahedral elements and 10 times for prismatic elements when compared to a standard diagonal preconditioner.