Sentence examples for cost effective estimation from inspiring English sources

This research work presents a novel "nonlinear ultrasonic stimulated thermography" (NUST) method able to overcome some of the limitations of traditional linear ultrasonic/thermography NDE-SHM systems and to provide a reliable, rapid and cost effective estimation of fatigue damage in isotropic materials.

Cost-effective estimation of aquifer properties is essential for this purpose.

The development of reliable and cost effective cognitive load estimation is an important task in the clinical research as it finds widespread application in the fields of brain computer interface.

Therefore ADA analysis is more cost effective than the estimation of interferon gamma for the diagnosis of tuberculous pleuritis in developing countries [18].

Indirect methods, such as petrophysical approach, can provide a fast, convenient and cost effective means for their estimation using well log data.

Considering the load profile and resource estimation, the most cost effective system is proposed.

In a comparative study estimating the similarity between the recurrent parent and the developed NILs, Khanna et al. (2015) found that the percent similarity was overestimated by SSR markers, and the background analysis using an SNP array was almost 300 times more cost effective and provided a more precise estimation due to higher resolution.

Basis expansion models (BEMs) have been extensively used to capture the double selectivity of the wireless channel and to implement cost-effective channel estimation and equalization schemes [6].

For all these reasons combined, Huang et al. [42] adopted a time-saving and cost-effective ocular estimation method for these aboveground biomass measurements, which is a widely employed method for vegetation evaluation [43] and shown to have high accuracy and precision [44].

For all these reasons combined, Huang et al. [ 42] adopted a time-saving and cost-effective ocular estimation method for these aboveground biomass measurements, which is a widely employed method for vegetation evaluation [ 43] and shown to have high accuracy and precision [ 44].

Whole genome sequencing is the best method for such analysis, but until the number of completely sequenced strains increases and whole genome sequencing becomes both routine and cost-effective, an estimation of whole genomic change based on sampling of polymorphisms or variability at a number of specific loci will have to suffice.