The Digital Serlio Project leverages contemporary methodologies – including visual, textual and material analysis using high resolution digital images – to re-examine Avery's Serlio corpus and the questions it foments on domestic architecture of the 16th century and Serlio's socio-economic model for early modern European urbanism.
This will be accomplished by a partnership between data science materials science professionals through the center, development of modeling concepts, tools, techniques and systems to integrate and leverage Data Science methodologies with fundamental physics and chemistry underlying material science to speed up the discovery of novel materials.
Operating as one team leveraging agile methodologies, we co-engineered solutions that exceeded our expectations, delivering truly innovative and transformative results.
Description: Developed analytic template leveraging grouper methodology to examine health expenditures of a large corporation's population.
The technology leverages deep learning methodologies and a huge data repository to map images and videos of faces to a read the emotions expressed in the face.
Are you leveraging innovative learning methodologies such as games, simulations, reverse mentoring, e-coaching, peer-to-peer learning, and informal learning, to accelerate learning across the enterprise?
This more agile yet rigorous methodology leverages information at all stages of investigation and promotes both scientific discovery and; stewardship.
The assessment methodology leverages readily available peer-reviewed pathogen density and treatment process removal data and extends a previously published statistical approach.
Policy sciences are born of the scientific method, following linear problem solving rubrics (e.g., Bardach and Patashnik, 2015), leveraging the best methodologies (Lasswell, 1970), usually in pursuit of the most rational solutions (e.g., Weimer and Vining, 2017).
The proposed methodology leverages a lithium-ion battery pack, a hydrogen-fueled polymer electrolyte membrane fuel cell (PEMFC) and plug-in grid recharge capabilities to achieve an economically-optimal Markov chain-generated 100-mile extended autonomy scenario during the entirety of a PHEV's useful lifecycle.
Both classes of methodologies leverage data from systems such as EHRs and data warehouses (DW); the latter of which is the focus of this paper.
