Sentence examples for applied focusing on from inspiring English sources

Based on previous results (Rudant et al, 2005), this method was also applied focusing on isolated communes with more than 50 inhabitants per km.

Here, we provide a classification of research problems in which ontologies are being applied, focusing on the use of ontologies in basic and translational research, and we demonstrate how research results in biomedical ontologies can be evaluated.

The SWALIS project adopted the Italian URGs because of their National value and considered them as rules to be applied focusing on the experimentation of the entire model rather than on the clinical urgency criteria per se.

Another technique that can be applied focuses on the variations of a measure by analysing the absolute differences in the soil property values at different scales, such as the Generalized Structure Function (GSF) and the Universal Multifractal Model (UMM).

Whether growing a hot startup in downtown San Francisco, studying computer science in Hyderabad, or selling fresh produce at a local farmer's market, the learnings from my time in East Africa always apply: focus on a business model designed for growth, invest locally, and if utility services either don't exist or are ready for disruption, (re)invent them.

The following sections are aimed at illustrating the wide variety of approaches to EC that more applied fields focusing on learning and education currently utilize.

TRAMIL, which is a program of applied research focusing on popular medicine, was initiated in 1982 to understand, validate and expand primary health care practices based on the use of medicinal plants in the Caribbean.

The intense interest in co-expression networks has elicited a number of new models and statistical methods for data analysis [ 3, 5- 11], with recent applied research focusing on differential network analysis and regulatory dysfunction [ 12, 13].

In addition, a Butterworth band-pass filter (corresponding to waves with periods between 33 and 3.3 minutes ranging between 0.5 and 5 mHz) is applied to focus on acoustic and gravity wave generated TEC observations.

This threshold was applied to focus on associations within abundant OTUs where data sparsity would be less influential on analyses.

The choice about which protocol should be applied could focus on the tradeoff between the simplicity of data collection and ease of calculations compared to a need to address both total stocks and flux.