diffusion model

There are two special cases of the Bass diffusion model.

On a microscopic level, they are described by jump diffusion models.

The Bass diffusion model is used to estimate the size and growth rate of these social networks.

More contemporary models are the polarization model and the diffusion model.

The diffusion model has also been suggested as a way of describing the immigrant's experience within the United States.

This last assumption is removed in jump diffusion models.

With this in mind, the research proceeds by first constructing and estimating a multi-technology diffusion model.

The collected light is then matched with a model, for example, the diffusion model, giving an optimization problem.

Its applications in anomalous diffusion modeling can be found in reference.

This is referred to as the Neolithic demic diffusion model.

Penetration of CO into coal is simulated using a stress-enhanced diffusion model.

Y genetic data support the Neolithic demic diffusion model.

He was the creator of the Bass diffusion model that describes the adoption of new products and technologies by first-time buyers.

In 1855 Lord Kelvin formulated a diffusion model of the current in a submarine cable.

Anomalous diffusion modeling by fractal and fractional derivatives.

Random walks are related to the diffusion models and are a fundamental topic in discussions of Markov processes.

Since the fluid motion is coupled to the temperature distribution, they first tried to see if a simple constant thermal diffusion model could describe the system.

The global distribution of Mormons resembles a contact diffusion model, radiating out from the organization's headquarters in Utah.

The results were supported even under a concentric diffusion model of Protestantism using distance from Wittenberg as a model.

The diffusion model using moisture content gradient as a driving force was applied successfully by Wu (1989) and Doe et al. (1994).

One such diffusion model could conceivably consist of a transition function based on the average values of the neighbourhood of the cell.

High rates of spread, similar to those obtained under the long distance migration assumption, have been obtained with diffusion models incorporating low-density founder populations.

The filtered diffusive flux is unclosed, unless a particular form is assumed for it (e.g. a gradient diffusion model ).

This is because these methods involve ideal flow, which can't simulate the conditions of turbulent flow necessary for developing turbulent diffusion models.

He was interested in the dynamics of granular matter and researched on the granular flow, diffusion models, viscosity behavior and percolation, among other subjects.