Sentence examples for an improved and efficient from inspiring English sources

It is imperative that an improved understanding of wetting and spreading phenomena in the phase's interfaces will provide an improved and efficient flotation practice.

Using an improved and efficient fuzzy weighted average (EFWA) algorithm, which has been shown to be more advantageous than the existing FWA algorithms, an empirical study of an office-layout design problem with the consideration of Feng Shui is presented to illustrate the EFWA approach.

37 The Chronic Care Model (CCM) provides a useful approach for an improved and efficient management of multimorbid patients, mainly within primary care.

A new non-uniform time step model was proposed which can provide an improved and more efficient system simulation.

Thus we show how problem frames may be used upstream of a development method to yield an improved and more efficient method equipped with the problem frames structuring concepts.

In this article, an improved and more efficient algorithm for the compression of the electrocardiogram (ECG) signals is presented, which combines the processes of modeling ECG signal by variable-length classified signature and envelope vector sets (VL-CSEVS), and residual error coding via wavelet transform.

This approach is considered an improved and more efficient method for selection in plant breeding relative to phenotype pedigree based approaches (Mohan et al. 1997).

It is certain that an improved and cost-efficient process for CO2 capture obtained from flue gas streams from power plants burning fossil fuels is needed to mitigate the huge emission of greenhouse gasses.

Although new technology is often a disrupter, it often enables both users and businesses to replace the old way of doing things with a more improved and efficient service.

In this paper, we report an improved synthesis and efficient purification of, and the production of [F]annexin V-128 ([F]FAN-128) with this thiol-reactive reagent.

The present investigations on the PAT characteristics are expected to be useful for its industrial, scientific and biomedical applications, e.g., robotics for 3D range imaging with improved and efficient object presence sensing as well as nondestructive health monitoring.