Sentence examples for bridge the existing gap from inspiring English sources

It is able to bridge the existing gap between numerical modelers and practitioners in this field.

Our findings therefore, bridge the existing gap in opinion on neo-tectonic extension of the rift suggested by the earlier authors.

We developed a new approach applying innovative methods of hyperspectral remote sensing to bridge the existing gap between remote sensing technology and the demands of the nature conservation community.

Aiming to bridge the existing gap between basic and translational neuroscience, the foundation partnered with Harvard Medical School and the École Polytechnique Fédérale de Lausanne (EPFL) in Geneva to establish focused, collaborative research and education programs that leverage the complementary specialties of two world-class universities.

Furthermore, we attempted to bridge the existing gap in UX research – the lack of theoretical frameworks in understanding user experience – by adopting Engeström's (1987) extended framework of Activity Theory (AT) that provides contextual information essential for understanding contradictions and breakdowns observed in the interactions between the game players.

In an effort to bridge the existing gap, this contribution presents a method based on optical recognition and semantic analysis, which is capable of automatically converting legacy engineering documents, specifically piping and instrumentation diagrams, into object-oriented plant descriptions and ultimately into qualitative plant simulation models.

ACTs are now the first line treatment drug for malaria in Nigeria and RDTs have been introduced by the government to bridge the existing gaps in proper diagnosis.

The resulting 'realistic, yet transparent' model appeared useful in many aspects for bridging the existing gap between theory and reality.

This finding bridges the existing gap between theoretical accounts of neuronal information processing and perceptual performance of humans and suggests that humans can extract sensory information at their best given the neuronal population dynamics.

This research can contribute to bridging the existing gaps in research and development of thermal regulation of BICPV and it is envisaged that the realised incremental improvement can be a potential solution to (a) their performance improvement and (b) longer life, thereby contributing to the environmental benefits.

The results reveal interfaces and overlap between the existing life cycle assessment and decision support concepts as well as starting points to bridge this existing gap between static and dynamic approaches.