Sentence examples for a compression approach from inspiring English sources

To address the problem of increasing database size, CaBLASTP (Daniels et al., 2013) introduced a compression approach and achieved a faster homology search than BLAST using the compressed database.

Alternatively, in this paper a compression approach for determining the ultimate postbuckling shear strength is studied.

Overall, the results of this study show that a compression approach to predicting the postbuckling shear capacity of plates is an honest representation of shear buckling mechanics and has good correlation to extensive experimental results, where in many cases improved correlation is seen compared to formulations based on tension field action.

CaBLASTP, which is based on a compression approach, achieved 2.4 3.1-fold 2.4 3.1-foldssing speed than the original BLASTP (Daniels et al., 2013).

In order to achieve compression beyond what standard compressors can achieve, a compression approach must be tailored to the specific data type, and it is likely that different compression approaches are warranted even for different short-read experimental settings such as metagenomic, RNA-seq or genome assembly applications.

Our results suggest that α-SDA is an effective compression approach for electron pulses under the optimum conditions.

Conventional testing method for evaluation of rat hip failure force is based on an axial compression approach.

We show that such a mixture distribution can be effectively segmented by a simple agglomerative clustering algorithm derived from a lossy data compression approach.

According to the idea of extrema points coding, a complete image compression approach is presented in this paper.

For comparison, a multi-pass compression approach is employed to investigate the effect of strain rate on the flow stress and grain size evolution.

We propose a new lossy compression approach for hyperspectral images which comes from hadamard transform (HT) spectral imager for space-based surveillance that uses the Digital Micro-mirror Device (DMD) as the programmable mask other than the conventional mechanical mask.