Sentence examples for control diffusivity from inspiring English sources

In order to control diffusivity of the test generation processes, we define a feedback mechanism connecting current path exploration performance to the test generation module.

In order to construct a feedback mechanism, we will use a slightly generalized version of this measure to control diffusivity of the input generating Lévy processes in our fuzzing algorithm in Section 5.

As discussed in Section 3, we can control diffusivity by setting suitable values of α 1 and α 2. Smaller diffusivity parameters result in frequent long flights and super-diffusion, whereas higher parameters reveal frequent small steps and sub-diffusion.

Further, we define an algorithm that dynamically controls diffusivity of the defined Lévy flights depending on actual quality of generated test cases.

By controlling diffusivity of the test case generating Lévy processes with evaluation feedback from dynamic instrumentation, we are able to define a fully self-adaptive fuzzing algorithm.

Nevertheless, the coefficient of tortuosity (which partially controls diffusivity in concrete) cannot be directly measured, although it is an important parameter to model the calcium diffusion process.

The surface diffusivities determined by assuming surface diffusion control, pore diffusivities assuming pore diffusion control, and the effective diffusivities for the homogeneous model (Deff) obtained from the uptake curves varied with the concentration of the dye and the stimulator (NaCl).

Varying cross-linking density (or mesh size) in hydrogel matrices provides a facile method to control protein diffusivity, and in general, the ratio of protein diffusivity in a network relative to that in a pure solvent scales with (1 − Rh/ξ).

A new parameter is introduced in order to control the diffusivity of the fluids.

By setting different values of α, we can control the diffusivity of the stochastic processes (({L^{1}_{t}})_{t in mathbb {N}}) and (({L^{2}_{t}})_{t in mathbb {N}}).

It is expected that the ionicity is a major parameter to control the diffusivity of cation and to hence affect the superplastic flow of 3Y-TZP.