Sentence examples for variety of implementation from inspiring English sources

They do not necessarily preclude the variety of implementation alternatives at the programming level.

"This pilot allows us to test a variety of implementation details and gather invaluable key learnings and consumer insights before finalizing and launching a national online game rental offering".

A variety of implementation tactics were also observed in the other facilitation strategies of developing a routine, grading on participation, designing activities for participation, and using incremental steps/scaffolding.

Despite these limitations, our data are rich in the variety of implementation stages and health care professionals represented.

However, the uptake of guidelines in physical therapy (PT) practice remains a challenge, despite the variety of implementation strategies that have been developed [ 3– 5].

In order to proceed from a high-level architecture towards an implementation, a variety of implementation options for different aspects of the architecture exists and has to be discussed.

CLIPPER implements a new instruction set architecture which has been designed for high performance, convenient programmability, broad functionality and sufficient architectural "openness" to permit future evolution and a variety of implementations.

What an ontology would do is to act like a requirements bank that provides methodology independent accessibility requirements that could then be used to extrapolate, on demand, conceptual models for a variety of implementations driven by a variety of methodologies.

And last but not least, I'm delighted to have the opportunity to do fieldwork with Kofi for the first time, after many years of knowing him at MIT. Kofi brings a wealth of expertise in D-Lab's Creative Capactiy Building, having co-developed the methodology in Uganda with Amy Smith, and been involved in a variety of implementations since.

We introduce acoustic shaders as a mechanism to abstract away these complexities, and describe a variety of implementations for computer animation: near-rigid objects with ringing and acceleration noise, deformable (finite element) models such as thin shells, bubble-based water, and virtual characters.

Its integration into imaging systems is demonstrated for variety of implementations such as tunable beam shaping and tunable extended depth of field as well as electronically controlled ring type tunable focus lens even when the fundamental limitation structure conditions are not met.