Sentence examples for adopted the diffusion from inspiring English sources

This study adopted the diffusion paradigm to study the implementation and development of land information systems (LIS).

if b > 0 ( b < 0 resp .. Being the discrete Poisson processes still very difficult to analyze, many authors in the literature [3 5, 7 9] have adopted the diffusion approximation where the synaptic current is approximated by a continuous in time stochastic process of Ornstein-Uhlenbeck type with the same mean and variance as the Poissonian spike-train process.

For the two-species competition mode, given a fixed length of the habitat, there is a living interval ((underline{d}, overline{d})) containing (d_{0}) as an interior point, such that a species adopting the diffusion strategy and dispersal rates in this interval will replace its competitor with its dispersal rate outside the interval (Theorem 2.2).

Based on the error patterns generated by WZ corrupted frames, an edge-directed filter is constructed to remove the noises around edges caused by errors in the WZ bits by adopting the anisotropic diffusion as a direction diffusion operation and the diffusion function for spatial error concealment proposed in [7] (7).

We adopt the anisotropic diffusion as a direction diffusion operation and use the diffusion function for spatial error concealment as in [7].

When a critical mass of users has adopted the product, its diffusion curve "takes off" and it no longer needs outside support [55].

The Q-ball imaging method was adopted to acquire the diffusion displacements.

For this reason, we adopted the S-system function to describe the diffusion-reaction interactions in the mRNA transcription process.

According to the Diffusion of Innovations Theory, early adopters adopt the innovation very quickly.

The World Health Organisation (WHO) adopted the term active ageing in the late 1990s and played a major role in its rapid diffusion (Walker 2002).

For the single-species model, we show that there exists an optimal diffusion rate (d_{0}), in the sense that a species adopting the strategy of diffusion rate (d_{0}) can be persistent with the smallest length of habitat.