Sentence examples for improvements in the execution from inspiring English sources

We investigate variants of the implementation of SA-AMG that lead to considerable improvements in the execution times.

First, we experienced performance improvements (in the execution and turnaround times) on a set of applications that are representative of those currently used, both in academic and commercial environments, such as e-science (ray tracing, imaging) and big data analytics (namely MapReduce as used by Google and others in production settings).

The main objective of this review is to present and discuss about the main solutions that were implemented to achieve improvements in the execution times in bioinformatics analyses based on distributed and parallel approaches.

The experimental results show a significant improvement in the execution time compared to previous works.

The main characteristics of the lightweight directory are its simplicity and the significant improvement in the execution time for most applications.

It shows significant improvement in the execution time of finite-difference solvers for one-dimensional unsteady PDEs, producing speedups of 2 9× for a range of problem sizes, respectively, compared with simple GPU versions and 7 300× compared with parallel CPU versions.

New technologies of integration now enable the design of computing systems with hundreds and even thousands of independent processing elements which can cooperate on the solution of the same problem for a corresponding improvement in the execution time.

In this paper, we present the incremental approach adopted in the development of the library and the performance gains in each implementations: quite linear speedup is achieved on cluster architecture, about a 30% improvement in the execution time on a single GPU and the first results on cluster of GPUs are promising.

With 17 or more GPUs, we hardly see any improvement in the execution time as it is dominated by the communication time.

Sometimes, adding more browsers is not beneficial; for example in C1 and C2, we observed no improvement in the execution time after adding more browsers (from 2 to 8).

This modification resulted in ~10% improvement in the execution time of CPU-MCML.