Sentence examples for throughput analytic from inspiring English sources

This saturation throughput analytic model is extended to support the MU-MIMO transmission and conformed to IEEE 802.11ac parameters in this paper.

(3) A saturation throughput analytic model for both schemes is derived, the results of which are verified with those of the simulation.

The Clinical Proteomics Programs established for this purpose will design panels of candidate proteins for disease areas, develop high throughput analytic methods, assess the predictive value of these proteomic measurements using biological specimens and clinical data from existing study populations, and establish procedures and standards for quality control.

Given the limited knowledge of saponin effects on fish, it is expedient to apply high-throughput analytic techniques.

All high-throughput analytic approaches mentioned above were facilitated by using local version of databases and programs.

We conclude with the current status of the less mature single cell analyses where high-throughput analytics will be indispensable to resolve metabolic heterogeneity in populations and compartmentalization of metabolites.

Recent advances in DNA synthesis, genome engineering, high-throughput analytics, model-based analysis of biochemical systems and (semi- rational protein engineering semi- rationale have all the tools available to rationally design and efficiently oproteinsuch systengineeringmesuggestfinally harvesthateir potential for preparative syntheses.

Bigness can be defined as data so multidimensional and complex that it must be reduced before it can be analyzed (Patty and Penn 2015), or as when current technology and methods (throughput and analytics) cannot provide timely and quality answers to data-driven questions (Kraska 2013; Jacobs 2009).

More recently, high-throughput molecular analytic techniques for non-targeted RNA, DNA and protein determinations have been introduced.

These include finding more specific markers for CTCs as well as enhancing the throughput, sensitivity, and analytic functionality of current devices.

Recent advances in high-throughput technologies and analytic methods, such as transcriptomics and metabolomics, have enabled measurements of phenotypic variations at the molecular level.