@@ -5,3 +5,32 @@ In the core of the process-based modeling approach is a formalism for representi
To start establishing process-based models, we first have to formalize the modeling knowledge by establishing templates of generic entities that appear in the generic processes that govern the dynamics of systems in the particular domain. This modular knowledge representation allows for automated modeling of an observed system following a compositional approach. For a given modeling task, the generic templates are being instantiated into specific components (entities and processes) that can be used as building blocks for process-based models. Combinations of these building blocks represent candidate process-based models of the observed system. Automated modeling tool than searches for a process-based model with an optimal fit between the simulated and observed behavior of the system at hand.
More info @ http://probmot.ijs.si/
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Dependencies: Java JDK 7+
Make sure that you have Java JDK version 7 or higher installed on your system and that the PATH system variable contains the path to the Java compiler from the JDK.
Please read the user guide for preparing the inputs and running ProBMoT, which is available at http://probmot.ijs.si/userguide.html.
This ProBMoT distribution contains input files for running ProBMoT in two domains of modeling population dynamics aquatic ecosystems and modeling biochemical dynamics of endocytosis. The folder 'examples' contains all the example files, while further description thereof can be found at http://probmot.ijs.si/examples.html.
To test the correctness of the installation you can run a simple task of simulating an aquatic ecosystem model using the command
