Sentence examples for the basis for computational from inspiring English sources

Like equations in physics or axioms in mathematics, they can even be the basis for computational models.

These results form the basis for computational studies in the literature about the linear stability of stationary solutions and the potential onset of physical instabilities.

We systematically review the ventral domain's structures and internal organisation, and propose a functional architecture as the basis for computational models.

This data will contribute to our understanding of l-lysine and l-glutamate production by C. glutamicum from the perspective of systems biology and may provide the basis for computational modeling of the respective biotechnologically important metabolic pathways.

Dissipative vehicle exhaust silencers often have cross-sectional geometries that defy straightforward analytical solution of the acoustic eigenproblem; some kind of solution is, however, required as a part of the basis for computational silencer design methods.

A comprehensive survey of variational principles, which form the basis for computational methods and specifically finite element analyses used in this paper, has been completed by Reed and Atluri (1983), Atluri and Cazzani (1995) which also includes mathematical formalism needed to account for large deformation rotations.

The formulation presented here forms the basis for needed computational tools that can elucidate the electromechanical behavior and properties of dielectric elastomers that are used for engineering applications.

The crystal structure of OppABp, reported here at 2.1 Å resolution, was the basis for a computational analysis that identified three potential epitopes.

A nonmonotonic theorem prover can provide the basis for a "computational laboratory" in which to explore and experiment with different models of artificial rationality; the theorem prover can be used to equip an artificial rational agent with an inference engine to reason and gain information about the world.

We describe the key features of game physics engines and their parallels in human mental representation, focusing especially on the intuitive physics of young infants where the hypothesis helps to unify many classic and otherwise puzzling phenomena, and may provide the basis for a computational account of how the physical knowledge of infants develops.

Many more use ontologies to summarise their data, often by looking for over-representation [3], as the basis for drawing computational inferences about data [4], or as the basis for determining semantic similarity [5].