Sentence examples for cartographic modelling from inspiring English sources

3. Cartographic modelling: combining risk factor layers based on the suitability structures defined.

For two natural spaces, the final synthetic maps were created with direct (visual-perceptual features) and indirect (cartographic models and 3D simulations) methods from thematic maps with GIS technique.

Instead, even recent cartographic models are still linked to standard statistical methods which are not on top of an efficient uncovering of knotty associations among these kinds of data.

He saw the show as embodying the Kantian doctrine of universal quality; the Hegelian view that history is a narrative of Europeans leading the world toward spiritual realization; and the cartographic model of the West's centrality and the non-West at its margins.

Additionally, the BMDS method improves flexibility, allowing extensions to the basic cartographic model, such as the incorporation of virus avidities and evolutionary priors, that improve fit and add biological interpretability.

Source code implementing the cartographic models has been made fully available as part of the software package BEAST (Drummond et al., 2012), and can be downloaded from its Google code repository (http://code.google.com/p/beast-mcmc/).

Sera from virus 1 is compared against viruses 1 and 2, while sera from virus 2 is compared against viruses 2 and 3. Configurations (A ) and (B ) represent cartographic models that would give equal likelihoods to a set of serological data { H 11, H 21, H 22, H 32 }.

Although there has been progress made towards study of antigenic phenotype by applying "cartographic" models to serological data (Smith et al., 2004; Bedford et al., 2014), there may be other more-appropriate serological models, especially in terms of incorporating the effects of polyclonal sera or cellular immunity.

The calculation method was based on spatial multicriteria evaluation (SMCE), where cartographic modeling and expert knowledge modeling are utilized.

Wide variation in data type, hazard modelling techniques, cartographic styles, and subjective preference has led to a vast diversity in the ways volcanic hazard information is represented on maps (Calder et al. 2012), yet limited attention has been paid to the impact of these choices on reader response and comprehension.

Generally the cartographic basis for modeling suitability are thematic maps produced by a Boolean logic.