Further directions of this study will consider energy-savings methods which integrate VM migration mechanisms and take into account the energy-performance trade-off.
Recently, the hybrid intelligent methods, which integrate several standard intelligent approaches, are becoming more and more popular due to their robustness and efficiency.
Compared to previous methods, which integrated the GCF collecting device with a GTT saturated with enzyme and chromogen [ 34, 35], the new GCF collecting device was used to merely collect the GCF sample alone, whilst the analysis was carried out separately by using combined microplate fluorometer and luminometer.
Here, we have considered biased random key method which integrates both these operators.
Sun et al. [19] proposed a mapping method, which integrates text and structure information for similarity computation.
To this end, this paper proposes a feedback-based CDS method which integrates semantic associations between texts to further enhance retrieval effectiveness.
The results confirm the predictive power of our method, which integrates both triggering and environmental factors in modeling earthquake-induced landslides.
The velocity-area method, which integrates the axial velocity in the area of the selected section using CFD simulation, can be used to calculate the impeller circulation volume.
In this study, a new method which integrates two quasi-Newton approximation algorithms is proposed to efficiently estimate the second order reliability of geotechnical problems with reasonable accuracy.
Thus, we propose a fast MCMC method, which integrates an efficient optimization algorithm into the MCMC method to improve the convergence rate to the globally optimal solution, and greatly raises the computational efficiency of the MCMC method.
