The graphical modeling environment, which plays an important role in dealing with the graphically extensive design process in the STM, is briefly explained.
The model of knowledge diffusion with social control mechanism is implemented in Netlogo,2 a multi-agent programmable modeling environment, which has a proprietary script language and permits to run simulations of complex networks through the GUI or the API.
A promising approach is the integration of diffractive optics models in the well established physical object oriented modeling environment Modelica®, which offers already a broad support of multi-domain libraries, e.g. electrical, mechanical and thermal.
This is particularly so in a unified modeling environment in which the same dynamical core is used for both operational weather prediction and long term climate simulations.
Therefore, the proposed core developed in Simile is a generic and flexible tool for modeling long-term processes in coastal waters, which is able to assimilate a choice of hydrodynamic models, constituting a novel approach for generating fully-spatial models using visual modeling environments.
Methodologies, like co-simulation which allows for parallel simulation at different time-scales in different modules, and modeling environments for integrative models including different types of equations (ODEs, PDEs, SDEs etc) were discussed and evaluated.
This presentation outlines the solution approaches and features of a prototypical computer-assisted modeling environment entitled Tech Tool, which is being developed in an academic industrial collaboration.
(iv)Many modeling environments are under continuous development.
However in custom-built modeling environments, finding parameter estimates typically depends on iteration method predefined earlier in chosen estimation algorithm.
Higher program-representation levels include, beside the source-code level, languages of domain-specific modeling environments with automatic code generation.
