Sentence examples for more efficient assessment from inspiring English sources

Although it could not be addressed in the current project, future research should more fully explore this finding to assess whether data sharing can lead to more efficient assessment in home care.

In this situation, goals and principles vary among different participants and decision-makers, suggesting the need to seek better alternative criteria and more efficient assessment method.

Therefore, this research paper aims to propose some ways to include BEE in the different environmental building rating systems, to achieve a more efficient assessment without exposing to the cons of the used way in CASBEE.

Strengths of response adaptive trial design include more efficient assessment of efficacy, limited risk of RCTs that find potential harm (by decreasing the sample size compared to frequentist statistical trial design), decreased time and expense (i.e., more efficient futility rules), improved drug dose selection and earlier completion of negative RCTs.

International collaboration among HTA bodies can facilitate the development of methods and more efficient assessment processes, and facilitate knowledge transfer and capacity-building in less established HTA systems and programmes.

Exposure-response methods have now been established in order to provide a more efficient assessment of the QT interval, making such an assessment potentially a part of early phase clinical studies where the highest doses are likely to be utilized, and obviating conduct of a dedicated, expensive TQT study.

Nowadays, various types of item-level adaptive tests have widespread uses, and CAT fully met its potential to create more efficient assessments.

As such approaches are proven valid over time, they are expected to streamline the risk assessment process itself, allowing for more efficient assessments and read-across interpretations among chemical groups that share MOAs.

Our results provide insights to design more efficient risk assessment studies expanding knowledge over the group toxicity.

Based on the present results, more efficient risk assessment procedures for HCO1 will be designed in the future, integrating more flexible testing methods into the testing schemes that employ only the necessary tools for each case.

As demonstrated before [ 26], 3D OCT-based imaging and assessment of cartilage in terms of rendering, surface topography, and parametric and multiple cross-sectional views allow for more efficient areal tissue assessment (instead of arbitrary single-plane imaging of single joint sites); yet, local changes may have been missed by the image analysis algorithms used in the present study.