The method uses UML and Petri nets as its modeling tool; for illustration, an example application is presented that specifies and directs the development of a software system with business-oriented Internet services.
We use as illustrations, applications to scattering theory: calculation of complex optical phase shifts, evaluation of quantal deflection function, and location of quantal rainbows are presented.
MacDonald (2012) from University of Technology Sydney, Australia has developed an "IMAC framework" with four stages: illustration, manipulation, application, and collaboration.
The illustration and application relevance of the LSSUS concept to the time-varying wideband communication systems is presented.
For illustration, an application to sequencing optimization for heterogeneous cold-standby system is given; a modified genetic algorithm is developed to solve the proposed optimization problem with interval-valued objective.
The approach is validated using a series of simple test cases, and, as an illustration, an application relevant to the design of tubular heat exchangers for food processing is highlighted.
For illustration of application of these approaches to PBNs, we refer to [ 11] where the joint steady-state probabilities of combinations between two genes in human glioma gene expression data set were analysed.
This can then be represented in a table according to our approach (the third step) Table 3 (Illustration of application of the approach: Considering the determinants for unauthorized health worker absenteeism in public facilities) illustrates this with an example (health worker absenteeism).
Illustration of applications of the method demonstrated its capabilities in description and understanding of the transport of charges, correct prediction of angular resolution anisotropic mobility, and assist in the design of n-type and p-type organic electronic materials.
