On the basis of the causal diagram, a simulation model is formulated.
It's like a circuit diagram or a model of a digestive system.
We present the complete zero temperature phase diagram of a model for ultrathin films with perpendicular anisotropy.
An author's productive intention is often expressed by cognitive artifacts which show the character of the intended artifact and the way it should be constructed, for example, a drawing, a diagram, or a model of the artifact, together with a list of parts and materials and a set of instructions (a precept) for the production process.
Figure 1 presents the path diagram of a model in which the phenotypic variance is explained by additive (A) and dominant (D) genetic variation, unique environmental variation (E), vertical cultural transmission (F) and genotype- environment covariance (s).
We have developed an approach to integrate the RNA secondary structure display with the results of NGS projects, using linear Feynman diagram as a model.
It should be noted that certain genes are ascribed multiple functions, which we attempted to show by color-dividing the relevant representative circle, but their placement in the diagram represents a model felt to be most relevant in discussing tauopathy.
From this diagram a graph model was obtained for each application, from which test cases were generated by using a depth search-based algorithm proposed by Sapna and Mohanty (2009) where each loop is considered two times at most.
With the help of voltage vectors and anatomical atlases, the authors diagram a possible model describing the electrical field in relation to the internal capsule.
The symbols used in Figure 1 are standard system dynamics notation common to several visual modelling environments (Ford 1999), and are not merely a diagram, but form a model with which simulations may be made.
