Sentence examples for a more generalized approach from inspiring English sources

Our goal is to extend the work of Chen et al. with respect to the following: Based on their semantic mapping, we develop a more generalized approach for automatically generating entry forms in legacy EHR systems from archetypes.

The use of the calibrated cavitometer will establish a more generalized approach for measuring the actual acoustic pressures over a broad range of liquid temperatures within a sonicated medium, demonstrating its potential use as a tool for optimizing, controlling, and scaling-up processes.

But it may be that the market, which is filled with a disparate different kinds of tools, needs a more generalized approach.

Thus, to have a wider perspective, we used a more generalized approach as is found in other contemporary studies, like Erdik et al. (2011) or Karmizadeh et al. (2017).

Within the context of our project, we have investigated a more generalized approach in order to be able to address a broad range of resources, not only Grid middlewares.

While standard yoga classes provide a more generalized approach to movement, and sometimes to meditation, "Yoga therapy adapts the practice of yoga to the needs of people with specific or persistent health problems not usually addressed in a group class," according to Larry Payne, Ph.D., director of the Yoga Therapy RX program at Loyola Marymount University.

Graph theory is providing a simplified and more generalized approach to studying the complex neuronal structures (e.g., Brain network) in neuroscience [ 82].

In this paper, we propose a more generalized Neuro-SM approach including not only static mapping but also dynamic mapping, and considering both voltage mapping and current mapping for the first time.

3, 148– 150 while a more generalized gene-by-gene comparative approach has been effective in identifying orthologs that may play a role in a complex process or a disease state in different organisms, 151– 154 it is the conservation of not only the gene, but of its relationships to other genes in a network, that dramatically increases the likelihood that the gene, in fact, functions in similar way.

A new conceptual framework is proposed for functional analysis of miRNA clusters, which extends the conventional target gene-centric approaches to a more generalized tri-partite space.

Despite the deviations between predicted and measured results, this approach allows the development of a "more" generalized model, with "low" computational cost.