Sentence examples for a faster execution from inspiring English sources

It may result in a faster execution time compared to the synchronous case.

Subsequently, we found that Apache Spark provided a faster execution engine for distributed processing and claimed that it is much faster than Hadoop MapReduce as it exploits the advantages of in-memory computations which is particularly more beneficial for iterative computations in the case of iterative algorithms.

multi-core) approach ; (2) the offload mode allows a faster execution on MIC than the native mode for most FSP problem instances ; (3) the many-core approach (offload or native) is in average twice faster than the multi-core approach ; (4) the work pool parallel model is more suited for many/multi-core B&B applied to FSP than the master worker model because of its irregular nature.

However, the gain in efficiency may come from a shift towards 'expert' strategies (in line with the Principle of Rationality, [27]) and/or a faster execution of the basic operations while strategies remain unchanged.

As with the genomes, 2D had a faster execution time than gzip, while gzip had a better compression ratio.

Moreover, the running times for EXCELLENT show that increasing q may not lead to a faster execution of EXCELLENT, since the fastest execution was obtained for q = 12.

However, to allow a fast execution, this function can be approximated using a LUT approach.

If a fast execution is required, cases where the FMs has a large number of products, IBEA seems to be the best choice.

To fully utilize the capabilities of the proposed engine, it is recommended to maximize the utilization of operations that have a fast execution phase in the instruction set.

The novel technique employed to sample S2(r) (which gives the probability of finding the endpoints of a line segment of length r in the matrix) is very accurate and has a fast execution time.

It is written in Fortran90 and optimized for a fast execution on a broad range of computer architectures, spanning from single processor PCs over PC-clusters and vector computers to high-end parallel machines.