Sentence examples for generalizable model from inspiring English sources

Toward a generalizable model of symptoms in major depressive disorder.

The output consists of a typology of municipal responsiveness on the subject of inclusionary and exclusionary immigration policies and a generalizable model within which other cities can be situated.

Decades of study of the RNA folding problem have revealed that diverse and complex structured RNAs are built from a common set of recurring structural motifs, leading to the perspective that a generalizable model of RNA folding may be developed from understanding of the folding properties of individual structural motifs.

That may sound academic, but it's actually a major step forward — a highly generalizable model.

Our analysis demonstrates that the classical similarity measurements can be improved with a generalizable model of similarity.

The second phase of this research was to determine the possibility of developing a more generalizable model of cyber hate.

The paper presents training of generalizable models on parametric dome, wall, and slab structures, and demonstrates the accuracy and generalizability of these GSMs compared to traditional NNs.

For this reason, as is a trade-off in the production of generalizable models, the model fit varied between countries and for some of them, such as Malawi, China, Cambodia, India, and Venezuela (Table 4), poor fits could be improved by considering additional, locally-specific migration drivers that could help to increase the percentage of variance explained60,78.

In so doing, I pay close attention to how the history of marine biology intersected with the entrance of molecular biologists into neurobiology; how the various neurosciences consolidated into a coherent discipline; and how the diversity of aquatic species these individuals studied contributed to generalizable models of neurons and neural networks.

PIH and its Haitian sister organization, Zanmi Lasante (ZL) and the PGMHSC have been working closely with the MSPP toward a coordinated national response, to develop within the ZL system locally feasible and lasting structures for community- and clinic-based mental health care and, over time, to establish generalizable models for systems of mental health service delivery for Haiti and its people.

The work in this dissertation suggests that experiments in social computing present an opportunity both for understanding design factors of social computing systems and for developing generalizable models of human behavior and ultimately better theories of how people communicate and interact in our interconnected world.