Sentence examples for enabled useful from inspiring English sources

Immediately prior to urgent endotracheal intubation in ICU patients, ultrasound scanning enabled useful identification and quantification of stomach fluid in patients.

A suitable spatial resolution for studying variations in stand productivity, mean tree volume, and stocking rate across stands were established that enabled useful forest-yield maps from harvester data to be developed.

Based on our findings, improvements in AT design, pragmatic clinical evaluation, better knowledge and awareness and improvement in provision of services will enable useful ATs to be used in clinical practice and therefore contribute to better and cost-effective upper limb stroke rehabilitation.

Hierarchical organisation of knowledge in a domain allows for data-driven discovery, enabling useful predictions to be made.

The ability of alloys to form different phases enables useful engineering materials with diverse and controllable properties to be made.

HD was also sampled during the peak of the dry season, i.e. September , 2014to enable useful water quality parameters temporal comparisons.

The object of the proposed investigation is to develop a differential model as well to integrate the observed effect enabling useful prediction with reduced input experimental parameters.

Note that developing systematic methods for characterizing how similar the source and target domains must be to enable useful transfer learning, or for selecting an appropriate source domain given a target set of interest, remain open research problems.

We regularly review our policies to ensure they are both protecting people's data and enabling useful services to be built on our platform for the benefit of the Facebook community.

In the approach which we refer here to as 'segregation engineering' solute decoration is not regarded as an undesired phenomenon but is instead utilized to manipulate specific grain boundary structures, compositions and properties that enable useful material behavior.

Through a series of scientific case studies we demonstrate how this (i) simplifies the process of building SPARQL queries, (ii) enables useful new kinds of queries on the data and (iii) makes possible intelligent reasoning and semantic graph mining in chemogenomics and systems chemical biology.