Sentence examples for models generally used from inspiring English sources

It is argued that Markov models and auto-regressive models, generally used for synthetic wind speed data generation, do not contain sufficient low-frequency information related to seasonal and diurnal patterns.

The experimental semivariograms were fitted to various theoretical models generally used in earth sciences, such as spherical, exponential, and Gaussian models (Mehrjardi et al. 2009).

In this situation, close to the emission and height of the emission, Gaussian models generally used to predict the behaviour of atmospheric releases are not well adapted.

The models generally used to reconstruct past cultural trajectories in the Saharan region often emphasize the concept of 'optimality', represented by wet periods, and tend to link dry intervals with the abandonment of sites or regions.

The capability to implement model in a GIS environment has anticipated rise in the number of models, generally used to predict soil loss, sediment yield, nutrient loss, pollutant transport in watershed and groundwater movement.

While built on a sound physical foundation, isentropic, one-dimensional models generally used to analyze the dynamics of dilute two-phase (feed-powder particles suspended in a carrier gas) flow during the cold-gas dynamic-spray process, require the use of numerical procedures to obtain solutions for the governing equations.

Current ecosystem models generally use a food web structure reduced to its bare essentials.

Existing visual attention models generally use the Gaussian pyramid model proposed by Burt and Crouely to simulate the feature of the human retina [2].

Analysis-oriented models generally use an incremental procedure for plotting the entire stress strain response while design-oriented models predict the load-carrying and deformation capacities of the column with closed form expressions.

The influence of five factors was analysed, but no clear conclusions could be drawn from the experimental results analysed with the classical regression model generally used with experimental deigns because several high-order interactions remain without explanation.

The objective of this work is to use the Regional Atmospheric Modeling System (RAMS), a numerical mesoscale model generally used for weather forecast and atmospheric case studies, to simulate the flow over isolated hills, covered with vegetation of uniform and non-uniform roughness length.