Sentence examples for dynamic implementation from inspiring English sources

This paper considers dynamic implementation problems in environments with changing private information (according to Markov processes).

The dynamic implementation of the model relies on multiple filtering in order to determine model coefficients from the resolved data.

Dynamic implementation of the model relies on determining model coefficients through test-filtering the Lagrangian particle representation of the filtered vorticity field.

Two assessment principles are presented: that IT performance assessment procedures should include in the dynamic implementation process in which IT performance are produced by unique individual enterprises, and that assessments should tap IT systems that are possessed by the individual enterprises being assessed and that causally contribute to their overt implementation experiences and actions.

Jack Wall [the composer] and Presto Studios decided to create a dynamic implementation of the music so that you would hear something completely different and unique based on where you happen to be located.

More abstractly, the dynamic implementation of cellular behaviors can be viewed as a selected, 'winning' (or at least stable) strategy in an evolutionary game [12], [27].

Dynamic scan protocols were not introduced until the late 1980s [11, 12], but to date, relatively few methodological papers on fully dynamic implementations have been published.

The agreement between the synthetic and calculated operators for small angles, especially for the η = 0.1 case, promises reasonable results in future dynamic implementations.

He has done research in dynamic language implementation, language design, compiler design, computer architecture, neural networks, and performance evaluation.

The central theme which guides the present development addresses the need to optimize between the algorithmic complexities in advanced front capturing and front tracking methods developed recently for high AIM interfaces with the simplicity requirements imposed by the AMR multi-level dynamic solutions implementation.

This research looks at a vectorised dynamic relaxation implementation, executed on a graphics card's processing unit (GPU) for the most computationally demanding calculations, and compared to traditional computations on the central processing unit (CPU), to determine if time savings can be found with the change in processor type.