Sentence examples for efficient failure from inspiring English sources

CRs have been proposed as a solution to this problem, and they can combat various failures through efficient failure recovery and prevention mechanisms.

In this paper, we present a data mining process for efficient failure analysis of industrial products by a mashup of data collected from both divisions.

Accurate prediction of the structural capacity of lattice towers under different failure modes is very important for accurate assessment of the reliability of transmission lines and power grids, and for design of efficient failure containment measures.

In fact, a good compromise of mechanical performances was detected for the thickest SPC laminates based on a hybrid PA6/polyurethane fabric and ascribed to the occurrence of more efficient failure mechanisms rather than the simple fiber breakage as witnessed by morphological analyses.

Moreover, since granuloma formation is a way for host to control infection (although not very efficient), the failure of iCD8− DC recipients to have granuloma formation instead showing heavily diffused inflammation suggest it may promote an inflammatory reaction which is not protective.

"To get to success in the digital space, you need a process of efficient and repeated failure.

Here are four things the government should do now to stimulate a successful energy efficient programme: The failure of the green deal showed what a tough sell energy efficiency retrofitting is.

Therefore an efficient subnet-based failure recovery algorithm (SFRA) is proposed in this work.

Since frequent design loops require a quick analysis, efficient deformation and failure models are desired.

We demonstrate that, by combining with the CE method, a surrogate-based IS algorithm can be constructed and is highly efficient for rare failure probability computation it incurs much reduced simulation efforts compared to the traditional CE-IS method.

The results show that the reliability assessment framework used in this study provides an accurate and more efficient prediction of failure risk of structures against blast loads compared with the direct Monte Carlo simulation method.